Kuća za odmor Dopust za oporavak Linstow

4,2 4.2 4.2 4.2 4.2 4.2

Kuća je bila super, iako minimalistički uređena. Sobe su lijepe i kuća je dobro klimatizirana. Međutim, mogla je biti malo čišća i vrt bolje uređen.

4,2 4.2 4.2 4.2 4.2 4.2

Gornja kupaonica je prljava i nije postavljeno dovoljno ručnika.

4,2 4.2 4.2 4.2 4.2 4.2

Sjajni sadržaji, uključujući saunu i minigolf, Idealna lokacija za otkrivanje obližnjih atrakcija, poput zoološkog vrta

4,2 4.2 4.2 4.2 4.2 4.2

Udoban boravak s svim potrebnim za opuštajući odmor, uživali smo u raznolikim opcijama objedovanja i prekrasnom okruženju.

4,2 4.2 4.2 4.2 4.2 4.2

Prekrasno obiteljsko odmaralište, Čisto i prostrano, imali smo sve što nam je trebalo za naš boravak, Djeca su obožavala avanturistički bazen!

4,2 4.2 4.2 4.2 4.2 4.2

Prijava je bila jednostavna, a obližnja kupališna voda bila je savršena za romantično poslijepodne uz vodu.

4,2 4.2 4.2 4.2 4.2 4.2

Sjajna lokacija za ljubitelje sporta! Mini golf i najam bicikala su nas zabavljali.

4,2 4.2 4.2 4.2 4.2 4.2

Prostrana i dobro opremljena kuća za odmor, savršena za obiteljski bijeg, tropski avanturistički bazen bio je vrhunac!

4,2 4.2 4.2 4.2 4.2 4.2

U 4 zvjezdastom objektu očekivali bismo više, posebno u pogledu čistoće.

4,2 4.2 4.2 4.2 4.2 4.2

Nažalost nikad više - najgora oprema i smještaj do sada. Nakon tri dana u kojima smo se žalili, jer naš dom nije bio prihvatljiv zbog čistoće.

4,2 4.2 4.2 4.2 4.2 4.2

Zgrada koja se ističe je jasno hotel/ glavna zgrada, vikendice su u redu, ali ovdje se nažalost štedi na jeftinim/ jednostavnim stvarima.

4,2 4.2 4.2 4.2 4.2 4.2

nažalost, čini se da je prije nas kuća s psom bila iznajmljena, kauč i fotelje su jako mirisale na psa, a i tepih

4,2 4.2 4.2 4.2 4.2 4.2

Geschirr für 8 osoba premalo, nema međusobnog čišćenja nakon 7 dana

4,2 4.2 4.2 4.2 4.2 4.2

- vrlo dobra briga o djeci - objekt je dotrajao, obnova bi bila prikladna

4,2 4.2 4.2 4.2 4.2 4.2

- vrlo dobra briga o djeci - kompleks je došao u godine, obnova bi bila prikladna

4,2 4.2 4.2 4.2 4.2 4.2

Svake godine idemo na odmor s našim 3 unuka, i to je bila odlična lokacija. Sviđa se i nama odraslima i našim unucima. Smještaj je također bio super, sve odlično.

4,2 4.2 4.2 4.2 4.2 4.2

Jedan prijedlog za poboljšanje bio bi da se, kada se preostali prostori zatvore, to razumno objavi. U suprotnom, bili smo vrlo zadovoljni i ponovno bismo otišli u ovaj resort.

4,2 4.2 4.2 4.2 4.2 4.2

- vrlo dobra briga o djeci - objekt je dotrajao, obnova bi bila prikladna

4,2 4.2 4.2 4.2 4.2 4.2

Briga od Tui Ferienhaus TOP!!!

4,2 4.2 4.2 4.2 4.2 4.2

Ljetovališta nažalost ne zaslužuju 4 zvjezdice, ponuda resorta i ljubazno osoblje to zaslužuju, vrlo mnogo sadržaja za djecu.

4,2 4.2 4.2 4.2 4.2 4.2

Zaposlenici na terenu bili su vrlo ljubazni i uslužni. Oprema FH bila je mizernna: U kuhinji nije bilo toster, nema poklopaca za lonce.

4,2 4.2 4.2 4.2 4.2 4.2

Neke žarulje su bile neispravne, perilica posuđa radi predugo.

4,2 4.2 4.2 4.2 4.2 4.2

Udoban boravak s ugodnom atmosferom, uživali smo u ukusnim jelima à la carte restorana.

4,2 4.2 4.2 4.2 4.2 4.2

Proveli smo vrlo dobar boravak u Ferienhaus u Linstowu! Mjesto je bilo čisto i prostrano, savršeno za naš obiteljski bijeg. Tropski bazen bio je jednostavno fantastičan i obožavali smo raznolikost restorana. Jedini nedostatak bio je što je sauna bila zatvorena tijekom našeg boravka, ali smo se svejedno dobro zabavili. Preporučio bih ga bez oklijevanja obiteljima!

4,2 4.2 4.2 4.2 4.2 4.2

Nije najluksuznije mjesto na kojem smo bili, ali je sigurno zadovoljilo naše potrebe, Unutarnji bazen bio je odličan način za provođenje dana i osoblje je bilo od pomoći, Ako tražite mjesto za obitelji, ovo vrijedi razmotriti

4,2 4.2 4.2 4.2 4.2 4.2

Općenito, dobro iskustvo, usluge su bile ugodne i, iako smo imali nekoliko problema s WiFi-jem, osoblje je bilo reaktivno, Obožavali smo kafić i raznolikost restorana unutar resorta.

4,2 4.2 4.2 4.2 4.2 4.2

Kućica je bila umjereno očišćena i kućica je bila topla. Budući da se prozori na 2 sobe jedva mogli otvoriti. To je kućica za 8 osoba, krevet u ljetnim mjesecima zapravo nije prikladan kao soba.

4,2 4.2 4.2 4.2 4.2 4.2

Kuća je vrlo lijepa, a i okolina. No, kući nedostaje nekoliko stvari... podovi nisu čisti. Moja kćerka od 1 godine treba samo 2 sata hodati bosa po kući da bi imala crne noge... svuda pauci i paučina. I nevjerojatno mnogo srebrnih ribica. Kuhinjski ormarić nije dobro pričvršćen. Očekivao sam bolje od van der Valk.

4,2 4.2 4.2 4.2 4.2 4.2

Imali smo sjajno vrijeme u Ferienhausu u Van der Valk Resortu Linstow! Mjesto je bilo super čisto i ugodno, osjećalo se kao kod kuće od prvog trenutka, svidjelo mi se što je bilo toliko aktivnosti za djecu, nikada se nisu dosadila! Bazen je bio hit kod malih, a obližnje jezero bilo je savršeno za opuštajući dan. Jedini nedostatak bio je to što je sauna bila zatvorena zbog renovacija, ali hej, sljedeći put uvijek postoji opcija. Sve u svemu, fantastično mjesto za obiteljsku zabavu i opuštanje!

4,2 4.2 4.2 4.2 4.2 4.2

Imam slabost prema mini-golfu i kuglani ovdje, Savršeno za mirne večeri, Lokacija je idealna za istraživanje prirodnih mjesta u blizini također, Toplo preporučujem lokalni sladoled kafić

4,2 4.2 4.2 4.2 4.2 4.2

Fantastičan obiteljski izlet! Tropska avantura bazen bila je hit među djecom, a uživali smo u večeri u à la carte restoranu. Osoblje je bilo superprijateljsko i uslužno. Sigurno se vraćamo!

4,2 4.2 4.2 4.2 4.2 4.2

Kuća je bila u redu, iako je korištena i mnoga vrata raznih ormara i prostora za krevet kada se dođe uz stepenice bila su iskrivljena. hladnjak i zamrzivač nisu bili za veliku obitelj. tako da niste mogli kupovati velike količine, ali ste mogli otići do malog dućana koji je bio tamo. Kupaonska zemlja bila je u redu, ali također korištena, bilo je cijelo vanjsko kupalište koje je bilo zatvoreno, možda zato što je trebalo renovirati. Uzimajući sve u obzir, bio je to lijep odmor. Pozdrav, James

4,2 4.2 4.2 4.2 4.2 4.2

Narudžba hrane odmah prilikom rezervacije nije uspjela. Na licu mjesta su nam rekli da je nažalost sve rasprodano i da stoga ne možemo dobiti mjesta za doručak ili večeru. WC u prizemlju vikendice bio je toliko prljav da je smrdio kao WC na željezničkoj stanici. Moja žena ga je onda očistila, budući da njezine uslužne radnice očito nisu bile u stanju to učiniti. Kod sve tri tuša bili su začepljeni odvodni sustavi, što je vaš dugogodišnji zaposlenik riješio, nažalost, morali smo čekati 3 sata na njega, u kojima se moglo poduzeti nešto lijepo.

4,2 4.2 4.2 4.2 4.2 4.2

Cijeli objekt ostavlja neuredan dojam, travnate površine oko DHH nisu kosile 3-4 tjedna, korov na terasi do 15 cm visok, prema katalogu stilizirani i kvalitetno uređeni smještaji, zatekli smo staru, prljavu i izlizanu sofu i jedan naslonjač.

4,2 4.2 4.2 4.2 4.2 4.2

Prvi dojam po dolasku bio je dobar, dok nismo malo prošetali i smjestili se, prizemlje - pločice prljave (kosa itd.) - stolovi masni - mikrovalna pećnica zamazana - pribor za jelo prljav (ostatci hrane) - kauč izgažen.

4,2 4.2 4.2 4.2 4.2 4.2

Odmaralište nam je poznato iz više posjeta. Za super povoljnu cijenu, sadašnji odmor u obiteljskom smještaju bio je pravi uspjeh. Nažalost, odmaralište je tijekom vikenda postalo toliko puno da ni bazen ni restorani više nisu bili privlačni. Za redovnu cijenu, omjer cijene i kvalitete bio bi loš.

4,2 4.2 4.2 4.2 4.2 4.2

Boravak je bio u redu. Bili smo 3 noći s četvero djece. Naš smještaj je zapravo bio vrlo lijep. Nažalost, perilica posuđa je bila pokvarena i nedostajale su stolice na terasi. Mini zoološki vrt je nažalost bio pomalo tužan. Bazen je bio stvarno sjajan i zaista preporučljiv. Naša rezervacija stola je nažalost nestala, hvala Bogu, bilo je još jedan slobodan stol. Brave na javnim WC-ima su potrebne popravke.

4,2 4.2 4.2 4.2 4.2 4.2

Rezervirali smo kuću s slamnatim krovom. Dobili smo kuću s tvrdim krovom. Onda smo htjeli kuću kakvu smo rezervirali, dobili smo kuću sa slamnatim krovom. Recepcija je bila neprijazna i već je bilo očito da dame nemaju zadovoljstvo s nama. Dobili smo ovu drugu kuću sa slamnatim krovom uz napomenu da su tu uši zbog slamnatog krova. Poznajem slamnate krovove i nikada nije bilo uši. Svejedno, uselili smo se u drugu kuću i bila je strašno prljava. Stavili smo našu hranu u hladnjak i prvo očistili. Nakon 2 sata, kada smo htjeli piti kavu, primijetili smo da hladnjak ne radi i da je kuhalo za vodu također pokvareno. Ponovno smo otišli na recepciju. Tada su nam donijeli zamjenski hladnjak u sobu i novi kuhalo za vodu. Na posljednji dan smo htjeli roštiljati i uzeli roštilj na recepciji. Bio je zapakiran... i jako prljav. Ponovno smo očistili roštilj, stavili kobasice. I kako smo primijetili da roštilj uopće nije radio. Tada smo kobasice stavili u tiganj, a kruh u pećnicu da se zapeče i pritom smo primijetili da pećnica ne radi. Odsisavač je bio toliko ljepljiv da je bilo odvratno. Pozitivno na objektu bili su bazen i kuglana. Budući da ne putujem često u vikendice, barem sam naučio da se sve mora unaprijed provjeriti. Šteta, trebali su to biti lijepi dani koji su ipak bili vrlo oblačni.

4,2 4.2 4.2 4.2 4.2 4.2

Imali smo prekrasan boravak s našom proširenom obitelji, Raspored kuće za odmor bio je savršen za našu grupu, Svaka obitelj imala je svoj vlastiti prostor, ali smo se svi mogli udobno okupiti u dnevnom boravku, Vrlo čisto i dobro održavano

4,2 4.2 4.2 4.2 4.2 4.2

Briga putničke agencije bila je izvrsna! Osoblje u odmorištu moglo bi biti ljubaznije (npr. u usluzi) Wi-Fi je bio trajno preopterećen. Kupaonica za djecu nije posebno prikladna (ulaz u tuš previšak) ograničena do vrlo ograničena ponuda gastronomije za ručak.

4,2 4.2 4.2 4.2 4.2 4.2

Smještaj je opremljen osnovnim sadržajima. Standardi poput soli/papra, filtera za kavu, dovoljno toaletnog papira moraju se donijeti. Oštri noževi također. Budući da na prozorima nisu postavljene mreže protiv insekata, u kući ima mnogo insekata. Inače, kompleks nudi brojne aktivnosti, posebno za djecu.

4,2 4.2 4.2 4.2 4.2 4.2

Resort ima sve što vam treba za zabavne obiteljske praznike, Proveli smo sate na mini-golfu i u kuglani, Kuhinja našeg apartmana bila je dobro opremljena, što je olakšalo kuhanje, Odlično mjesto za opuštanje s obitelji

4,2 4.2 4.2 4.2 4.2 4.2

Resort je prekrasno uređen, a unutarnji bazen bio je upravo ono što nam je trebalo na kišni dan. Sauna je također bila lijep dodatak, iako je bila zatvorena tijekom našeg boravka. Ukupno ugodno iskustvo.

4,2 4.2 4.2 4.2 4.2 4.2

Vrlo dobra briga i animacija za djecu i odrasle, njegovana vanjska područja, dobra infrastruktura u resortu, čistoća i stanje stana i namještaja bili su u našoj vikendici nažalost apsolutna katastrofa, očito postoje različite kvalitete smještaja u resortu.

4,2 4.2 4.2 4.2 4.2 4.2

To je vrlo lijepo područje, vrlo pogodno za obitelji s djecom. Za mene kao mamu djeteta s invaliditetom bilo bi lijepo da se može posuditi bicikl s invalidskim kolicima. Također bi bilo lijepo da 1 do 2 kuće budu prilagođene osobama s invaliditetom. Na primjer, u prizemlju dovoljno velika kupaonica.

4,2 4.2 4.2 4.2 4.2 4.2

Ljetna kuća u Van der Valk Resortu Linstow bila je prostrana i dobro opremljena. Cijenili smo blizinu jezera za kupanje za malo poslijepodnevne zabave. Mini golf teren bio je lijep dodatak našem boravku.

4,2 4.2 4.2 4.2 4.2 4.2

Čist, udoban i dobro smješten, Osoblje je bilo ljubazno i iskustvo saune bilo je opuštajuće, Cijenili smo jednostavan pristup najmu bicikala i lijepu okolinu, Ako tražite obiteljski prijateljsko mjesto s raznim aktivnostima, ovaj odmaralište ispunjava sve kriterije, Nema pritužbi s naše strane!

4,2 4.2 4.2 4.2 4.2 4.2

2 odrasle osobe, 3 djece. Super lijepa i idilična vikendica. Lijepo, uređeno imanje, vrlo prostrano za beskrajne šetnje. Čisto i uredno, ljubazno osoblje. Postojao je mali supermarket u kompleksu, butika, zatvoreni bazen s toboganima, kuglana, stolni tenis, restoran, wellness i spa područje. Vanjski odbojkaški teren, nogometno igralište, trampolin, minigolf, igralište i mali zoološki vrt. Unutrašnjost kuće imala je tri odvojene spavaće sobe i krevet u ormaru. Totalno slatko uređeno. Dvije spavaće sobe na katu imale su svaka vlastitu kupaonicu i mogle su se posebno zaključati putem kartice za sobe. U kuhinjici je bilo sve što je potrebno za kuhanje. Ugodan dnevni boravak s televizorom i blagovaonica s dovoljno mjesta. Terasa također s sjedećim mjestima i velikim travnjakom. Bilo je ugodno mirno i noću. Hrana u hotelskom restoranu bila je vrlo ukusna. Bazen je također lijepo uređen, malo je stariji na nekim mjestima, ali nije strašno. Šteta što je jedna od tobogana potpuno zatvorena, pretpostavljam da se mora nešto sanirati. U suprotnom, bio je to odličan odmor za opuštanje. Bilo nam je jako zabavno, posebno djeci. U okolini se u 15 do 20 minuta mogu posjetiti sjajne znamenitosti i mogućnosti za kupovinu. Vrlo preporučljivo. Hvala vam na svemu.

4,2 4.2 4.2 4.2 4.2 4.2

Čvrst izbor za obiteljski odmor, Resort je imao sjajnu mješavinu opuštanja i aktivnosti, Uživali smo u istraživanju obližnjeg zoološkog parka i zatim se vratili u udobnu vikendicu.

4,2 4.2 4.2 4.2 4.2 4.2

Bili smo četvrti put u ovom resortu. Primjećuje se da su kuće odnosno oprema već stare. U bliskoj budućnosti sigurno bi trebalo razmisliti o nekoj obnovi. Kod nas je, na primjer, perilica posuđa bila neispravna, ali je nakon prijave unutar jednog dana zamijenjena od strane servisnog tima. To je bilo stvarno super! Osoblje je uvijek bilo ljubazno. Iskoristili smo zatvoreni bazen, mali supermarket i wellness područje te smo svugdje bili ljubazno i profesionalno tretirani. Sve u svemu, možemo preporučiti odmaralište i već planiramo naš sljedeći boravak.

4,2 4.2 4.2 4.2 4.2 4.2

Naše iskustvo je bilo prilično ugodno, Kuća za odmor bila je udobna i imala je dovoljno sadržaja, Ponekad je bilo malo buke zbog obližnje ceste, ali u cjelini, dobra osnova za istraživanje regije.

4,2 4.2 4.2 4.2 4.2 4.2

Čist, udoban i prilagođen obiteljima, Kreveti su bili udobni i bilo je puno prostora za sve nas, Jezero za kupanje u blizini bilo je dobra točka za dan na suncu, Čvrst izbor za obitelji

4,2 4.2 4.2 4.2 4.2 4.2

Ovo mjesto je cijela vibra! Unutarnji bazen i avanturističke tobogane su stvarno sjajni. Savršeno za obiteljska okupljanja ili samo opuštanje s prijateljima. Opcije hrane su također odlične, od sladoleda do fine hrane, to je san svakog gurmana.

4,2 4.2 4.2 4.2 4.2 4.2

Imali smo fantastičan obiteljski izlet u Ferienhaus im Van der Valk Resort Linstow! Tropski avanturistički bazen bio je hit među djecom, a nama se svidjela raznolikost gastronomskih opcija. Apartman je bio prostran i dobro opremljen, idealan za našu grupu. Dodatno, blizina aktivnostima na otvorenom, poput minigolfa i jezera za kupanje, učinila je da to bude odličan izbor za nas. Sigurno ćemo se vratiti!

4,2 4.2 4.2 4.2 4.2 4.2

Odmaralište je u mnogim dijelovima hitno potrebno renovirati Kvaliteta osoblja je za poboljšanje TUI bi trebao sam pregledati kuće Oprema prilagođena djeci Buffet za djecu nije dostupan

4,2 4.2 4.2 4.2 4.2 4.2

Naš odmor bio je lijep, stvarno lijep. Na početku smo bili razočarani jer naš dom pri dolasku u 16:15 još nije bio očišćen, iako je dolazak moguć od 16:00. U 16:30 su rekli da je kuća sada čista. Kada smo vidjeli stanje poda itd., javili smo se na recepciju i požalili. Drsko je bilo što je čistačica rekla da je to naš nered. Sve je kasnije ispravljeno i oko 18:30 kuća je bila čista. Čistačica je ipak rado ignorirala pauke. Kao ispriku dobili smo voćnu korpu i bocu šampanjca. Ako to jednom zanemarimo, odmor je zaista bio savršen za mališane. Ima toliko mogućnosti tamo. Kompleks je divno miran, a kuće su lijepe. Svaka spavaća soba ima vlastitu kupaonicu, tako da se s više osoba ne moraš sudarati. Bazen je bio malo hladan, ali ima odlične tobogane i bazen za bebe. Što mi je također žao jest da skakanje na trampolinu također košta novac. Inače, postoje divni zabavni programi. Vraćamo se.

4,2 4.2 4.2 4.2 4.2 4.2

Lijepa odmarališna kompleks. U vikendici ima svega što je potrebno, ali je prilično jednostavno opremljena. Dobro je grijana i prostrana. Veliki vrt. Super za malu djecu. Vodeni park je lijep, ali je star. Prostor za presvlačenje je vrlo tijesan i prljav. Ipak, posjet tamo je lijepa promjena. Lijepo vanjsko igralište. Mali supermarket, nekoliko restorana, staza za kuglanje, lijepo unutarnje igralište. Bili smo tamo od petka do nedjelje i ponovno bismo došli. Preporučljivo.

4,2 4.2 4.2 4.2 4.2 4.2

Kakvo divno iskustvo! Djeca su voljela trampoline, a vožnja konjskom tramvajem bila je jedinstven dodatak. Šlag na tortu bio je prekrasan pogled na zalazak sunca s naše terase.

4,3 4.3 4.3 4.3 4.3 4.3

To je vrlo lijepa površina, vrlo pogodna za obitelji s djecom. Za mene kao mamu djeteta s invaliditetom bilo bi lijepo da se može posuditi bicikl s invalidskim kolicima. Također bi bilo lijepo da 1 do 2 kuće budu prilagođene osobama s invaliditetom. Na primjer, u prizemlju dovoljno velika kupaonica.

4,3 4.3 4.3 4.3 4.3 4.3

Boravak je bio u redu. Bili smo 3 noći s četvero djece. Naš smještaj je zapravo bio vrlo lijep. Nažalost, perilica posuđa je bila pokvarena i nedostajale su stolice na terasi. Mini zoološki vrt je nažalost bio pomalo tužan. Bazen je bio stvarno sjajan i stvarno ga preporučujemo. Naša rezervacija stola je nažalost izgubljena, hvala Bogu, bilo je još jedan slobodan stol. Brave na javnim WC-ima su potrebne popravke.

4,3 4.3 4.3 4.3 4.3 4.3

Kuća je jako lijepa, a i okolina. No, kući nedostaje nekoliko stvari... podovi nisu čisti. Moja kćer od 1 godine treba samo 2 sata hodati bosa po kući da bi imala crne noge... svugdje pauci i paučina. I nevjerojatno mnogo srebrnih ribica. Kuhinjski ormarić nije dobro pričvršćen. Očekivao sam bolje od van der Valka.

4,3 4.3 4.3 4.3 4.3 4.3

Kuća je bila super, iako minimalistički uređena. Sobe su lijepe i kuća je dobro klimatizirana. Međutim, mogla je biti malo čišća i vrt bolje uređen.

4,3 4.3 4.3 4.3 4.3 4.3

Bili smo četvrti put u ovom odmaralištu. Primijetiti je da su kuće odnosno oprema već zastarjele. U bliskoj budućnosti sigurno bi trebalo razmisliti o nekoj obnovi. Kod nas je, na primjer, perilica posuđa bila neispravna, ali je nakon prijave unutar jednog dana zamijenjena od strane servisnog tima. To je bilo stvarno super! Osoblje je uvijek bilo ljubazno. Iskoristili smo zatvoreni bazen, mali supermarket i wellness područje te smo svugdje bili ljubazno i profesionalno tretirani. Sve u svemu, možemo preporučiti odmaralište i već planiramo naš sljedeći boravak.

4,3 4.3 4.3 4.3 4.3 4.3

Lijep odmarališni kompleks. U kući za odmor ima svega što je potrebno, ali je prilično jednostavno opremljena. Dobro je grijana i prostrana. Veliki vrt. Odlično za malu djecu. Vodeni park je lijep, ali je star. Prostor za presvlačenje je vrlo uzak i prljav. Ipak, posjet tamo je lijepa promjena. Lijepo vanjsko igralište. Mali supermarket, nekoliko restorana, kuglana, lijepo unutarnje igralište. Bili smo tamo od petka do nedjelje i ponovno bismo došli. Preporučljivo.

4,3 4.3 4.3 4.3 4.3 4.3

Gornja kupaonica je prljava i nije postavljeno dovoljno ručnika.

4,3 4.3 4.3 4.3 4.3 4.3

Rezervirali smo kuću s slamnatim krovom. Dobili smo kuću s tvrdim krovom. Onda smo htjeli kuću kakvu smo rezervirali, dobili smo kuću sa slamnatim krovom. Recepcija je bila neprijazna i već je bilo očito da dame nemaju zadovoljstvo s nama. Dobili smo ovu drugu kuću sa slamnatim krovom uz napomenu da su tu uši zbog slamnatog krova. Poznajem slamnate krovove i nikada nije bilo uši. Bez obzira, uselili smo se u drugu kuću i bila je strašno prljava. Mi smo također stavili našu hranu u hladnjak i prvo očistili. Nakon 2 sata, kada smo htjeli piti kavu, primijetili smo da hladnjak ne radi i da je kuhalo za vodu također pokvareno. Ponovno smo otišli na recepciju. Tada su nam donijeli zamjenski hladnjak u sobu i novi kuhalo za vodu. Na posljednji dan smo htjeli roštiljati i uzeli roštilj na recepciji. Bio je zapakiran… i jako prljav. Ponovno smo očistili roštilj, stavili kobasice na njega. I kako smo primijetili da roštilj uopće nije radio. Tada smo kobasice stavili u tiganj, a kruh u pećnicu da se zapeče i pritom smo primijetili da pećnica ne radi. Napuhana napa bila je toliko ljepljiva da je bilo odvratno. Pozitivno na objektu bili su bazen i kuglana. Budući da ne putujem često u vikendice, barem sam naučio da se sve mora unaprijed provjeriti. Šteta, trebali su biti lijepi dani koji su ipak bili vrlo oblačni.

4,4 4.4 4.4 4.4 4.4 4.4

Ljetna kuća u Van der Valk Resortu Linstow bila je prostrana i dobro opremljena. Cijenili smo blizinu jezera za kupanje za malo poslijepodnevne zabave. Mini golf teren bio je lijep dodatak našem boravku.

4,4 4.4 4.4 4.4 4.4 4.4

Resort je prekrasno uređen, a unutarnji bazen bio je upravo ono što smo trebali na kišni dan. Sauna je također bila lijep dodatak, iako je bila zatvorena tijekom našeg boravka. Sveukupno ugodno iskustvo.

4,4 4.4 4.4 4.4 4.4 4.4

Čist, udoban i dobro smješten, Osoblje je bilo ljubazno i iskustvo sauniranja je bilo opuštajuće, Cijenili smo jednostavan pristup najmu bicikala i lijepu okolinu, Ako tražite obiteljski prijateljsko mjesto s raznim aktivnostima, ovaj odmaralište ispunjava sve kriterije, Nema pritužbi s naše strane!

4,4 4.4 4.4 4.4 4.4 4.4

Prijava je bila jednostavna, a obližnja kupališna voda bila je savršena za romantično poslijepodne uz vodu.

4,4 4.4 4.4 4.4 4.4 4.4

Udoban boravak s svim potrebnim za opuštajući odmor, uživali smo u raznolikim opcijama prehrane i prekrasnom okruženju.

4,4 4.4 4.4 4.4 4.4 4.4

Ovo mjesto je cijela vibra! Unutarnji bazen i avanturističke tobogane su stvarno sjajni, savršeni za obiteljska okupljanja ili samo opuštanje s prijateljima. Opcije hrane su također odlične, od sladoleda do fine hrane, to je san svakog gurmana.

4,4 4.4 4.4 4.4 4.4 4.4

Prostrana i dobro opremljena kuća za odmor, savršena za obiteljski bijeg, tropski avanturistički bazen bio je vrhunac!

4,4 4.4 4.4 4.4 4.4 4.4

Udoban boravak s ugodnom atmosferom, uživali smo u ukusnim jelima à la carte restorana.

4,4 4.4 4.4 4.4 4.4 4.4

Naše iskustvo je bilo prilično ugodno, Kuća za odmor bila je udobna i imala je dovoljno sadržaja, Bilo je malo buke s vremena na vreme zbog obližnje ceste, ali u cjelini, dobra osnova za istraživanje regije

4,4 4.4 4.4 4.4 4.4 4.4

Čist, udoban i prilagođen obiteljima, Kreveti su bili udobni i bilo je puno prostora za sve nas, Jezero za kupanje u blizini bilo je dobra točka za dan na suncu, Čvrst izbor za obitelji

4,4 4.4 4.4 4.4 4.4 4.4

Imam slabost prema mini-golfu i bolera ovdje, Savršeno za mirne večeri, Lokacija je idealna za istraživanje prirodnih mjesta u blizini također, Toplo preporučujem lokalni sladoled kafić

4,4 4.4 4.4 4.4 4.4 4.4

Proveli smo vrlo dobar boravak u Ferienhaus u Linstowu! Mjesto je bilo čisto i prostrano, savršeno za naš obiteljski bijeg. Tropski bazen bio je jednostavno fantastičan i obožavali smo raznolikost restorana. Jedini nedostatak bio je što je sauna bila zatvorena tijekom našeg boravka, ali smo se svejedno dobro zabavili. Preporučio bih ga bez oklijevanja obiteljima!

4,4 4.4 4.4 4.4 4.4 4.4

Sjajni sadržaji, uključujući saunu i minigolf, Idealna lokacija za otkrivanje obližnjih atrakcija, poput zoološkog vrta

4,4 4.4 4.4 4.4 4.4 4.4

Prekrasno obiteljsko odmaralište, Čisto i prostrano, imali smo sve što nam je trebalo za naš boravak, Djeca su obožavala avanturistički bazen!

4,4 4.4 4.4 4.4 4.4 4.4

Imali smo fantastičan obiteljski izlet u Ferienhaus im Van der Valk Resort Linstow! Tropski avanturistički bazen bio je hit među djecom, a nama se svidjela raznolikost gastronomskih opcija. Apartman je bio prostran i dobro opremljen, idealan za našu grupu. Dodatno, blizina aktivnostima na otvorenom, poput minigolfa i jezera za kupanje, učinila je da to bude odličan izbor za nas. Sigurno ćemo se vratiti!

4,4 4.4 4.4 4.4 4.4 4.4

Nije najluksuznije mjesto u kojem smo bili, ali je sigurno zadovoljilo naše potrebe. Unutarnji bazen bio je odličan način za provedbu dana, a osoblje je bilo od pomoći. Ako tražite mjesto za obitelji, ovo vrijedi razmotriti.

4,4 4.4 4.4 4.4 4.4 4.4

Općenito, dobro iskustvo, usluge su bile ugodne i, iako smo imali nekoliko problema s WiFi-jem, osoblje je bilo reaktivno. Obožavali smo kafić i raznolikost restorana unutar resorta.

4,4 4.4 4.4 4.4 4.4 4.4

Resort ima sve što vam treba za zabavne obiteljske praznike, Proveli smo sate na mini-golfu i u kuglani, Kuhinja našeg apartmana bila je dobro opremljena, što je olakšalo kuhanje, Odlično mjesto za opuštanje s obitelji

4,4 4.4 4.4 4.4 4.4 4.4

Imali smo prekrasan boravak s našom proširenom obitelji, Raspored kuće za odmor bio je savršen za našu grupu, Svaka obitelj imala je svoj prostor, ali smo se svi mogli udobno okupiti u dnevnom boravku, Vrlo čisto i dobro održavano

4,4 4.4 4.4 4.4 4.4 4.4

Fantastičan obiteljski izlet! Tropska avantura bazen bila je hit među djecom, a uživali smo u večeri u à la carte restoranu. Osoblje je bilo superprijateljsko i uslužno. Sigurno se vraćamo!

4,4 4.4 4.4 4.4 4.4 4.4

Kakvo divno iskustvo! Djeca su voljela trampolinske i vožnja konjskom tramvajem bila je jedinstveni dodatak. Šlag na tortu bila je prekrasna panorama zalaska sunca s naše terase.

4,4 4.4 4.4 4.4 4.4 4.4

Sjajna lokacija za ljubitelje sporta! Mini-golf i najam bicikala su nas zabavljali.

4,4 4.4 4.4 4.4 4.4 4.4

Imali smo sjajan provod u Ferienhausu u Van der Valk Resort Linstow! Mjesto je bilo super čisto i ugodno, osjećalo se kao kod kuće od prvog trenutka. Sviđalo mi se što je bilo toliko aktivnosti za djecu, nikada se nisu dosadili! Bazen je bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio

4,3 4.3 4.3 4.3 4.3 4.3

Ovo mjesto je cijeli vibe! Unutarnji bazen i avanturističke tobogane su stvarno sjajni, savršeno za obiteljska okupljanja ili samo opuštanje s prijateljima. Opcije hrane su također odlične, od sladoleda do fine hrane, to je san svakog gurmana.

4,3 4.3 4.3 4.3 4.3 4.3

Prostrana i dobro opremljena kuća za odmor, savršena za obiteljski bijeg, tropski avanturistički bazen bio je vrhunac!

4,3 4.3 4.3 4.3 4.3 4.3

Udoban boravak s ugodnom atmosferom, uživali smo u ukusnim jelima à la carte restorana.

4,3 4.3 4.3 4.3 4.3 4.3

Naše iskustvo je bilo prilično ugodno, Kuća za odmor bila je udobna i imala je dovoljno sadržaja, Ponekad je bilo malo buke zbog obližnje ceste, ali u cjelini, dobra osnova za istraživanje regije

4,3 4.3 4.3 4.3 4.3 4.3

Čist, udoban i prilagođen obiteljima, Kreveti su bili udobni i bilo je puno prostora za sve nas, Jezero za kupanje u blizini bilo je dobar izbor za dan na suncu, Čvrst izbor za obitelji

4,3 4.3 4.3 4.3 4.3 4.3

Imam slabost za mini-golf i bowling ovdje, Savršeno za mirne večeri, Lokacija je idealna za istraživanje prirodnih mjesta u blizini također, Toplo preporučujem lokalni sladoled kafić

4,3 4.3 4.3 4.3 4.3 4.3

Proveli smo vrlo dobar boravak u Ferienhaus u Linstowu! Mjesto je bilo čisto i prostrano, savršeno za naš obiteljski bijeg. Tropski bazen bio je jednostavno fantastičan i obožavali smo raznolikost restorana. Jedini nedostatak bio je što je sauna bila zatvorena tijekom našeg boravka, ali smo se svejedno dobro zabavili. Preporučio bih ga bez oklijevanja obiteljima!

4,3 4.3 4.3 4.3 4.3 4.3

Sjajni sadržaji, uključujući saunu i minigolf, Idealna lokacija za otkrivanje obližnjih atrakcija, poput zoološkog vrta

4,3 4.3 4.3 4.3 4.3 4.3

Prekrasno obiteljsko odmaralište, Čisto i prostrano, imali smo sve što nam je trebalo za naš boravak, Djeca su obožavala avanturistički bazen!

4,3 4.3 4.3 4.3 4.3 4.3

Imali smo fantastičan obiteljski izlet u Ferienhaus im Van der Valk Resort Linstow! Tropski avanturistički bazen bio je hit među djecom, a nama se svidjela raznolikost gastronomskih opcija. Apartman je bio prostran i dobro opremljen, idealan za našu grupu. Dodatno, blizina aktivnostima na otvorenom, poput minigolfa i jezera za kupanje, učinila je da to bude odličan izbor za nas. Sigurno ćemo se vratiti!

4,3 4.3 4.3 4.3 4.3 4.3

Nije najluksuznije mjesto u kojem smo bili, ali je sigurno zadovoljilo naše potrebe. Unutarnji bazen bio je odličan način za provesti dan, a osoblje je bilo od pomoći. Ako tražite mjesto za obitelj, ovo vrijedi razmotriti.

4,3 4.3 4.3 4.3 4.3 4.3

Općenito, dobro iskustvo, usluge su bile ugodne i, iako smo imali nekoliko problema s WiFi-jem, osoblje je bilo reaktivno. Oduševili smo se sladoledom od kave i raznolikošću restorana unutar odmarališta.

4,3 4.3 4.3 4.3 4.3 4.3

Resort ima sve što ti treba za zabavne obiteljske praznike, Proveli smo sate na mini-golfu i u kuglani, Kuhinja našeg apartmana bila je dobro opremljena, što je olakšalo kuhanje, Odlično mjesto za opuštanje s obitelji

4,3 4.3 4.3 4.3 4.3 4.3

Imali smo prekrasan boravak s našom proširenom obitelji, Raspored kuće za odmor bio je savršen za našu grupu, Svaka obitelj imala je svoj prostor, ali smo se svi mogli udobno okupiti u dnevnom boravku, Vrlo čisto i dobro održavano

4,3 4.3 4.3 4.3 4.3 4.3

Fantastičan obiteljski izlet! Tropska avantura bazen bila je hit među djecom, a uživali smo u večeri u à la carte restoranu. Osoblje je bilo superprijateljsko i uslužno. Sigurno se vraćamo!

4,3 4.3 4.3 4.3 4.3 4.3

Kakvo divno iskustvo! Djeca su voljela trampoline, a vožnja konjskom tramvajem bila je jedinstven dodatak. Šlag na tortu bio je prekrasan pogled na zalazak sunca s naše terase.

4,3 4.3 4.3 4.3 4.3 4.3

Sjajna lokacija za ljubitelje sporta! Mini golf i iznajmljivanje bicikala su nas zabavljali.

4,3 4.3 4.3 4.3 4.3 4.3

Imali smo sjajno vrijeme u Ferienhaus-u u Van der Valk Resortu Linstow! Mjesto je bilo super čisto i ugodno, osjećalo se kao kod kuće od prvog trenutka, sviđalo mi se što je bilo toliko aktivnosti za djecu, nikada se nisu dosadili! Bazen je bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio bio b

4,3 4.3 4.3 4.3 4.3 4.3

Prijava je bila jednostavna, a obližnja kupališna voda bila je savršena za romantično poslijepodne uz vodu.

4,3 4.3 4.3 4.3 4.3 4.3

U 4 zvjezdastom objektu očekivali bismo više, posebno u pogledu čistoće.

4,3 4.3 4.3 4.3 4.3 4.3

Nažalost nikad više - najgora oprema i smještaj do sada. Nakon tri dana u kojima smo se žalili, jer naš dom nije bio prihvatljiv zbog čistoće.

4,3 4.3 4.3 4.3 4.3 4.3

Istaknuta zgrada je jasno hotel/ glavni objekt. Vikendice su u redu, ali ovdje se nažalost štedi na jeftinim/ jednostavnim stvarima.

4,3 4.3 4.3 4.3 4.3 4.3

nažalost, čini se da je prije nas kuća bila iznajmljena s psom, kauč i fotelje su jako mirisale na psa, a i tepih

4,3 4.3 4.3 4.3 4.3 4.3

Geschirrf?r 8 osoba premalo, nema međusobnog čišćenja nakon 7 dana

4,3 4.3 4.3 4.3 4.3 4.3

- vrlo dobra briga o djeci - kompleks je zastario, obnova bi bila prikladna

4,3 4.3 4.3 4.3 4.3 4.3

- vrlo dobra briga o djeci - objekt je star, obnova bi bila prikladna

4,3 4.3 4.3 4.3 4.3 4.3

Svake godine idemo na odmor s našim 3 unuka, i to je bila odlična lokacija. Svi smo, odrasli i naši unuci, bili zadovoljni. Smještaj je također bio super, sve odlično.

4,3 4.3 4.3 4.3 4.3 4.3

Jedan prijedlog za poboljšanje bio bi da se, kada su preostali prostori zatvoreni, to razumno objavi. U suprotnom, bili smo vrlo zadovoljni i ponovno bismo otišli u ovaj resort.

4,3 4.3 4.3 4.3 4.3 4.3

- vrlo dobra briga o djeci - objekt je došao u godine, obnova bi bila prikladna

4,3 4.3 4.3 4.3 4.3 4.3

Briga kroz Tui Ferienhaus TOP!!!

4,3 4.3 4.3 4.3 4.3 4.3

Nažalost, ljetovališta ne zaslužuju 4 zvjezdice, ponuda resorta i ljubazno osoblje to zaslužuju, vrlo mnogo slobodnih aktivnosti za djecu.

4,3 4.3 4.3 4.3 4.3 4.3

Zaposlenici na terenu bili su vrlo ljubazni i uslužni. Oprema FH bila je katastrofalna: U kuhinji nije bilo tostera, niti poklopaca za lonce.

4,3 4.3 4.3 4.3 4.3 4.3

Neke žarulje su bile neispravne, perilica posuđa radi predugo.

4,3 4.3 4.3 4.3 4.3 4.3

Udoban boravak s svim potrebnim za opuštajući odmor, uživali smo u raznolikim opcijama za objedovanje i prekrasnom okruženju.

4,3 4.3 4.3 4.3 4.3 4.3

Čist, udoban i dobro smješten, osoblje je bilo prijateljski nastrojeno, a iskustvo saunom opuštajuće. Cijenili smo jednostavan pristup iznajmljivanju bicikala i lijepom okruženju. Ako tražite obiteljski prijateljsko mjesto s raznim aktivnostima, ovaj odmarališta ispunjava sve kriterije. Nema pritužbi s naše strane!

4,3 4.3 4.3 4.3 4.3 4.3

Ljetovalište je u mnogim dijelovima hitno potrebno renovirati. Kvaliteta osoblja je poboljšanja vrijedna. TUI bi trebao sam pogledati kuće. Oprema prilagođena djeci nije dostupna. Buffe za djecu nije dostupan.

4,3 4.3 4.3 4.3 4.3 4.3

Kuća je bila u redu, iako je korištena i mnoga vrata raznih ormara i prostora za krevet pri dolasku stepenicama bila su nagnuta. Hladnjak i zamrzivač nisu bili za veliku obitelj. Nisi mogao kupovati velike količine, ali si mogao otići do male trgovine koja se nalazila tu. Kupaonica je bila u redu, ali je također bila korištena, a cijelo vanjsko pravo na korištenje bilo je zatvoreno možda zato što je trebala biti obnovljena. Uzimajući sve u obzir, bio je to lijep odmor. Pozdrav, James

4,3 4.3 4.3 4.3 4.3 4.3

Narudžba hrane prilikom rezervacije nije uspjela. Na licu mjesta su nam rekli da je nažalost sve rasprodano i da stoga ne možemo dobiti mjesta za doručak ili večeru. Toalet u prizemlju vikendice bio je toliko prljav da je smrdio kao toalet na kolodvoru. Moja žena ga je očistila, jer njezine uslužne radnice očito nisu bile u mogućnosti to učiniti. Kod sve tri tuš kabine bili su začepljeni odvodni kanali, što je riješio vaš dugogodišnji zaposlenik, nažalost, morali smo ga čekati 3 sata, tijekom kojih smo mogli učiniti nešto lijepo.

4,3 4.3 4.3 4.3 4.3 4.3

Čvrsti izbor za obiteljski odmor, Resort je imao odličnu mješavinu opuštanja i aktivnosti, Uživali smo u istraživanju obližnjeg zoološkog parka i zatim se vratili u udobnu vikendicu.

4,3 4.3 4.3 4.3 4.3 4.3

Briga putničke agencije bila je izvrsna! Osoblje u odmorištu moglo bi biti ljubaznije (npr. u usluzi). Wi-Fi je bio trajno preopterećen. Kupaonica za djecu nije bila posebno pogodna (ulaz u tuš previšak). Ograničena do vrlo ograničena ponuda gastronomije tijekom ručka.

4,3 4.3 4.3 4.3 4.3 4.3

Cjela naprava ostavlja neuredan dojam, travnjak oko DHH nije kosit 3-4 tjedna, korov na terasi do 15 cm visine, prema katalogu stilski i kvalitetno uređeni smještaji, zatekli smo staru, prljavu i izlizanu sofu i fotelju.

4,3 4.3 4.3 4.3 4.3 4.3

Ljetovalište nam je poznato iz više posjeta. Za super povoljnu cijenu, sadašnji odmor u obiteljskom smještaju bio je pravi uspjeh. Nažalost, tijekom vikenda kompleks je postao tako pun da niti bazen niti restorani više nisu bili atraktivni. Za redovnu cijenu omjer cijene i kvalitete bio bi loš.

4,3 4.3 4.3 4.3 4.3 4.3

Vikendica u Van der Valk Resort Linstow bila je prostrana i dobro opremljena. Cijenili smo blizinu kupališnog jezera za malo poslijepodnevne zabave. Mini golf teren bio je lijep dodatak našem boravku.

4,3 4.3 4.3 4.3 4.3 4.3

Odmorište je prekrasno uređeno, a unutarnji bazenski prostor bio je upravo ono što nam je trebalo na kišni dan. Sauna je također bila lijep dodatak, iako je bila zatvorena tijekom našeg boravka. Ukupno, ugodno iskustvo.

4,3 4.3 4.3 4.3 4.3 4.3

Vrlo dobra briga i animacija za djecu i odrasle, dobro uređeni vanjski prostori, dobra infrastruktura u resortu, čistoća i stanje apartmana i namještaja u našoj vikendici nažalost su bili apsolutna katastrofa, čini se da u resortu postoje različite kvalitete smještaja.

4,3 4.3 4.3 4.3 4.3 4.3

Prvi dojam po dolasku bio je dobar, sve dok nismo malo prošetali i smjestili se, PR - pločice prljave (kosa itd.) - stolovi masni - mikrovalna pećnica zamazana - pribor za jelo prljav (ostatci hrane) - kauč istrošen.

4,4 4.4 4.4 4.4 4.4 4.4

Čvrsti izbor za obiteljski odmor, odmaralište je imalo sjajnu mješavinu opuštanja i aktivnosti, uživali smo istražujući obližnji zoološki park i potom se vraćajući u udobnu vikendicu.

4,4 4.4 4.4 4.4 4.4 4.4

U objektu s četiri zvjezdice očekivali smo više, posebice u pogledu čistoće.

4,4 4.4 4.4 4.4 4.4 4.4

Nažalost, nikad više - najgora oprema i smještaj do sada. Nakon tri dana žalili smo se jer naša kuća nije bila prikladna po čistoći.

4,4 4.4 4.4 4.4 4.4 4.4

Glavna zgrada hotela je uzorak kvalitete. Kuće za odmor su u redu, ali na žalost, ovdje se štedi na jeftinim i jednostavnim stvarima.

4,4 4.4 4.4 4.4 4.4 4.4

Nažalost, čini se da je kuća ispred nas bila iznajmljena sa psom, kauč i fotelja jako su mirisali na psa, kao i tepih.

4,4 4.4 4.4 4.4 4.4 4.4

Posuđe za 8 osoba nedovoljno, nema međuspremnog čišćenja nakon 7 dana.

4,4 4.4 4.4 4.4 4.4 4.4

- Vrlo dobra briga o djeci - Objekt je ostario, obnova bi bila prikladna.

4,4 4.4 4.4 4.4 4.4 4.4

- vrlo dobra briga o djeci - objekt je star, obnova bi bila prikladna

4,4 4.4 4.4 4.4 4.4 4.4

Svake godine idemo na odmor s naša 3 unuka, i to je bilo sjajno mjesto. Odraslima i našim unucima se jako svidjela. Smještaj je također bio odličan, sve je bilo super.

4,4 4.4 4.4 4.4 4.4 4.4

Jedan prijedlog za poboljšanje bi bio da se jasno obavijesti kada su ostale prostorije zaključane. Inače, bili smo vrlo zadovoljni i opet bismo se vratili u ovaj resort.

4,4 4.4 4.4 4.4 4.4 4.4

- Vrlo dobar vrtić - Naselje je već staro, obnova bi bila primjerena.

4,4 4.4 4.4 4.4 4.4 4.4

Briga putem Tui Ferienhaus VRH!!!

4,4 4.4 4.4 4.4 4.4 4.4

Kuće za odmor nažalost ne zaslužuju 4 zvjezdice, ponuda resorta i ljubazno osoblje to svakako zaslužuju. Velik broj zabavnih aktivnosti za djecu.

4,4 4.4 4.4 4.4 4.4 4.4

Zaposlenici na licu mjesta bili su vrlo ljubazni i susretljivi. Oprema u apartmanu bila je loša: u kuhinji nije bilo tostera, poklopaca za lonce, tepiha i pratičekalica.

4,4 4.4 4.4 4.4 4.4 4.4

Nekoliko žarulja je bilo pokvareno, perilica posuđa radi predugo.

4,4 4.4 4.4 4.4 4.4 4.4

Kuća je bila u redu, iako je bila korištena, i mnoga vrata ormarića i prostor za krevet kad se popneš stepenicama bili su krivi. Frižider i zamrzivač nisu bili za veliku obitelj. Tako da nisi mogao kupiti veliko, ali onda si mogao otići do male trgovine koja je bila tamo. Kupaonica je bila u redu, ali također je bila korištena vanjska baza koja je vjerojatno zatvorena možda zato što je trebalo biti obnovljeno. Sve u svemu, bilo je lijepo provesti godišnji. Pozdrav James

4,4 4.4 4.4 4.4 4.4 4.4

Vrlo dobra briga i animacija za djecu i odrasle, njegovana vanjska područja, dobra infrastruktura u odmaralištu, čistoća i stanje stana i namještaja su bili apsolutna katastrofa u našem apartmanu za odmor. Čini se da postoje različite kvalitete smještaja u odmaralištu.

4,4 4.4 4.4 4.4 4.4 4.4

Preuzimanje od strane putničke agencije bilo je izvrsno! Osoblje u odmaralištu moglo bi biti ljubaznije (pogotovo u usluzi). Wi-Fi je bio stalno preopterećen. Kupaonica nije posebno pogodna za djecu (ulazak u tuš previsok). Ponuda gastronomije za ručak je ograničena do vrlo ograničena.

4,4 4.4 4.4 4.4 4.4 4.4

Prvi dojam po dolasku bio je dobar, dok nismo malo prošetali i smjestili se, prizemlje - pod od pločica prljav (dlake itd.) - stolovi masni - mikrovalna zakrčena - pribor za jelo prljav (ostaci hrane) - kauč deformiran

4,4 4.4 4.4 4.4 4.4 4.4

Cijeli kompleks ostavlja neuredan dojam, travnjaci oko dvojne kuće već 3-4 tjedna nisu pokošeni, korov na terasi visok do 15 cm, prema katalogu stilski i visokokvalitetno uređen smještaj, našli smo staru, prljavu i istrošenu sofu i naslonjač.

4,4 4.4 4.4 4.4 4.4 4.4

Lanjski odmor treba hitno renovirati Kvaliteta osoblja treba poboljšati TUI bi trebao sam pregledati kuće Dječja oprema nije pogodna Nije dostupan dječji bife

4,4 4.4 4.4 4.4 4.4 4.4

Kamp je naš poznat iz višekratnih odmora. Za super povoljnu ponudu, sadašnji odmor u ovom obiteljski prijateljskom smještaju bio je pravi uspjeh. Nažalost, vikendom je kamp bio tako pun da bazen i restorani više nisu bili privlačni. Po redovnoj cijeni, omjer cijene i kvalitete bio bi loš.

4,4 4.4 4.4 4.4 4.4 4.4

Naručivanje hrane odmah prilikom rezervacije nije funkcioniralo. Na licu mjesta su nam rekli da je nažalost sve popunjeno i da zbog toga ne možemo dobiti mjesta za doručak ili večeru. WC u prizemlju kuće za odmor bio je toliko prljav da je smrdio kao željeznička postaja. Moja je supruga to onda očistila jer njihove usluge očito nisu bile sposobne za to. Sva tri tuša imala su začepljeni odvod, to je popravio vaš dugogodišnji zaposlenik, ali nažalost morali smo čekati 3 sata na njega, vrijeme u kojem bismo mogli nešto lijepo poduzeti.