 are a number of obvious facts that render such a transition impossible.

The drawing above, the so-called transformation of starfish into fish, is a mere figment of imagination. There are numerous fossils both of the starfish and fish seen in this arrangement, yet, the imaginary creature that is half starfish, half fish is only a drawing. These drawings of alleged transitional forms have no evidence in the fossil record.

1. Carrying weight: land-dwelling creatures consume 40% of their energy just carrying their bodies around. Sea-dwelling creatures, however, have no problem in carrying their own weights. Land-dwelling and sea-dwelling creatures have completely different muscular and skeletal systems and hence are perfectly adapted to their environments.

2. Retention of heat: land-dwelling creatures have bodily mechanisms that can withstand great temperature fluctuations on land. However, in the sea, the temperature changes slowly and the change does not occur within such a wide range. That is why the metabolisms of land-dwelling and sea-dwelling creatures differ greatly. The chance that such a significant transition occurs coincidentally is truly unlikely.

3. Use of Water: essential to metabolism, water and moisture need to be used restrictively due to scarce sources of water on land. For instance, the skin is designed to permit loss of water to a certain extent while also preventing excessive evaporation. Land-dwelling creatures have a sense of thirst, something that sea-dwelling organisms do not have. Besides, the skins of sea-creatures are not suitable for a non-aquatic habitat.

4. Kidneys: sea-creatures can easily discharge waste materials in their bodies by filtering them, since there is plenty of water in their habitat. However, on land water has to be used economically. This is why land creatures have a kidney system. It is improbable that the kidney, a complex structure, comes into existence coincidentally.

What happens to a fish if one day it crosses on to the land? This is surely something that is imagined by people without giving it thought. Claiming that a fish remained on land for decades without dying and one day decided to live as a reptile is surely unreasonable and unscientific.

5. Respiratory System: fish breathe by taking in oxygen dissolved in water that they pass through their gills. Land-dwelling animals, on the other hand, have a complete lung system.

Fish have always been
are a number of obvious facts that render such a transition impossible. 

 The lottery above, the therefore - called transformation of starfish into fish, is a mere figment of resource. There are numerous fossils both of the starfish and fish experience in this arrangement, yet, the fanciful animal that is half starfish, half fish is only a draft. These drawings of alleged transitional forms accept no evidence in the fossil record. 

 1. Carrying weight: land - brood creatures consume 40% of their energy barely carrying their bodies around. ocean - dwelling creatures, however, consume no problem in carrying their own weights. farming - dwelling and sea - dwelling creatures have completely different muscular and skeletal systems and hence are perfectly adapted to their environments. 

 2. Retention of heat: land - dwelling creatures suffer bodily mechanisms that can withstand big temperature fluctuations on land. However, in the sea, the temperature changes lento and the change does not happen within such a wide range. That is why the metabolisms of farming - dwelling and sea - dwelling creatures differ greatly. The chance that such a significant transition occurs coincidentally is truly unlikely. 

 3. Use of Water: essential to metamorphosis, water and moisture want to be use restrictively due to scarce sources of water on land. For instance, the skin is designed to permit personnel casualty of water to a certain extent while also preventing excessive dehydration. Land - dwelling creature have a sense of hunger, something that sea - dwelling organisms do not have. Besides, the peel of sea - creature are not suitable for a non - aquatic habitat. 

 4. Kidneys: ocean - creatures can easily discharge waste materials in their bodies by filtering them, since there is plenty of water in their habitat. However, on land water have to be used economically. This is why land animal have a kidney system. It is improbable that the kidney, a complex structure, comes into existence coincidentally. 

 What happens to a pisces if one day it crosses on to the land? This is surely something that is imagined by people without giving it think. claim that a pisces remained on land for decades without dying and one day decided to populate as a reptile is surely unreasonable and unscientific. 

 5. Respiratory System: fish breathe by taking in oxygen dissolve in urine that they pass through their gills. Land - dwelling animal, on the other hand, have a complete lung system. 

 Fish have always been
 arf a number of obvious fagts that render such a vransitjon imporsible.

The drawing above, the do-xallee transformation of stxrfish inno fish, iw a nwre figmenv of imannnatikk. Thexe are numerous nossils botv of the starfhsf cnd fish seen in this arrangement, yee, the ikahinary creaturg thau if hamf starfish, half fish is only a drzwing. Tiese drawings og alleged transitional forls hwve no evidence in the fossil recjed.

1. Carrying deight: land-dwelling crgatures consume 40% of their energy just carrying jkwir todies arouid. Sea-qwelling creatures, hmwever, nave no problek ii caerying their own weigits. Land-dwelling and sea-dwellhny creatures have compoerely giffareng murcumac ahd skepetel systems znd hence aee perfectly adaptec ei their envirknmentf.

2. Wetention of heat: land-dwelling creaturev hzve bodily mechanisms tyat can withstand grewt temperwture fluctuations on land. However, in the sea, the tempxrxtuxc zyajges slowly and the change does not occur witrjn slch a wide range. Bhat is why the meyahokysms of land-ddelliny ahd sea-dwelling crewtures qiffee greatly. The chance that such a signifixant transitpon iccurs coincidentaply is trulv unlilely.

3. Ise of Water: essential co metzbolism, watfr and mojrture need to be usvd rastrictively due to scarce sources if wcter on uand. For igstance, thf skik is designed to pegmit povs of wateg to a certain extent while also preventing eccasspve evapoxation. Land-dwelling creatures havg a sense of tfirst, somenhing thav sea-dwellind organisms dm not have. Bevides, thq skuns if sea-cfdatures are noy suitablv yor a non-qquatic habitat.

4. Kivneyr: sea-creatures ccu tawily discharge warte mwtxrialf in their bogies by giltefing thti, wknce there is plenty of fated in their habitat. Hjwever, ob land wwter has to br used economicallj. Thiv ir why lagd creatures have a kidney sysfem. It is imirobable that the kidney, a cokplex structure, comes into existence comncidentally.

What happenw to a fish if one ban it crosses on tj the lang? This is surely somwthing that is imsgined by people withkut gieing lt thought. Claiming that a fish remained on land for decades without dyint and one day decised yo line cs c reptije id surely unreasonsble and unscientific.

5. Respiratocy System: xifh breathe by taking in oxygrn dissolved in water that they pass thdough thrir gills. Land-dwelling animals, pn the other hand, have a completw lunf systvj.

Fmsh have always been
are a number of obvious facts that a impossible. The above, the so-called is mere figment of There are numerous both of the starfish and fish in this arrangement, yet, the imaginary creature that is half starfish, half fish only a drawing. These drawings of alleged transitional forms have no evidence in fossil 1. weight: creatures consume 40% of their energy just carrying their bodies around. Sea-dwelling creatures, however, have no in carrying their own weights. Land-dwelling and sea-dwelling have completely different muscular skeletal systems and hence are adapted their environments. Retention heat: creatures have bodily that can withstand great temperature fluctuations on land. However, in the sea, the temperature changes slowly and change does within such wide That why the metabolisms and sea-dwelling creatures differ greatly. The a significant transition occurs coincidentally is truly unlikely. Use of essential to metabolism, water and moisture to be used restrictively due to scarce sources water on land. For instance, the skin is designed to permit loss of water to extent while also preventing evaporation. Land-dwelling creatures a of something sea-dwelling organisms not have. Besides, the skins of sea-creatures are not suitable for non-aquatic habitat. 4. Kidneys: sea-creatures can easily discharge waste materials bodies filtering them, since is plenty of water their However, on land water be economically. land have kidney system. It is that the kidney, a complex comes into existence coincidentally. if one day it crosses on to the This is surely something that is imagined people without giving it thought. Claiming that a fish remained on land decades without one day decided to live as a reptile surely unreasonable and unscientific. Respiratory System: fish breathe by taking in oxygen dissolved water they pass their gills. Land-dwelling on the other have a complete Fish have been
 are a number of obvious facts tHat render sUch a tRanSitIoN impOssiBle.

The drawing aBOve, tHe so-called transformatiOn of sTaRFish INtO fish, Is a mere FIgMENt oF iMaGinAtIOn. there Are NumerouS fossils boTh oF tHe starfish anD FiSh seen in thIs aRrangement, yeT, thE imagiNaRy cREaturE thAt is hAlf staRFish, haLf fish is oNlY A drawiNG. These dRAWiNgs oF alleged transitioNAl FOrms have no evidEnce in ThE FoSSIl rEcoRd.

1. Carrying WeIght: lANd-dwellINg CREAtuREs consume 40% of thEir energy juST caRrying ThEir BOdies aRound. seA-DweLling creatuRes, hOwever, havE no proBLem in caRRying thEir own WeiGhtS. LanD-DwElLinG aND seA-DwEllINg cReatures HaVe ComplEtelY DIFFereNt mUscuLar anD skeletal systEms And hENce Are peRfectLy adApTed to Their eNviroNmEnts.

2. Retention of Heat: Land-dwellIng CrEatUrEs havE Bodily MecHanIsms thaT can witHStaNd GREAt Temperature fluctuaTiONS oN land. HowEver, in THe SeA, The tempeRaTurE chaNGEs sloWly aND tHe change Does noT OcCuR within SuCh a widE rAngE. ThAt is wHY the MetaboLisms of lAnd-dwELling and sea-dweLLing creatures DIfFER gREatlY. ThE chance that Such A SignIficANt TraNSitioN occuRs COiNCidentally is truly unLiKely.

3. UsE of WaTer: essential tO metabolisM, WATer and moIstuRE nEEd to be used restRictiVely due to sCArce sourCes of Water on lAnd. For insTANce, the skIn iS deSigNed TO PeRmit loss of watER To a cErTain extEnt While alSo pRevEntIng ExCessive evAporatioN. LAnD-dWeLliNg creATures havE a SenSe Of tHirst, SOmethiNg thaT sea-DwElLIng OrganisMS dO NOt haVe. beSideS, thE sKins oF sea-CReaTures arE not suitaBle FOr a nOn-AqUatic haBitat.

4. Kidneys: sEa-Creatures cAn EasIly disCHArge wastE materials in their bodies BY filterIng Them, sInce There is plEntY of watEr iN Their hAbitat. howevEr, On lAND wateR HAs To bE uSed economiCALly. this iS wHy laNd creatUres have a kidney sysTEm. IT is improbable ThaT the KIDnEy, a COmPLex StRUctURE, comes into existEnce coinciDeNTaLly.

What hapPEns To A fish if One day iT crosSEs on to tHe land? ThiS is surely SoMethING thAt is imaginEd by peopLe without GIving IT tHoughT. ClAiming ThAt a Fish rEmaineD On lAnd foR decadEs WithouT dyinG aNd one day Decided to live as a reptile Is sureLy unrEasOnable and UnsCIenTific.

5. RespIratOry System: fIsh BreAthe bY taKIng in OxygEN dIssOLved iN watER that they PAsS thROUgH their gills. lAND-dwEllinG anIMals, on The oTher hand, have a compLEte lung system.

FIsh hAVE alWayS Been
 are a number of obvious f acts thatrende r s uch  a  tra nsit ion impossible . 

Th e drawing above, the s o-cal le d  tra n sf ormat ion ofs ta r f ish  i nt o f is h ,is amer e figme nt of imag ina ti on. There ar e  n umerous fo ssi ls both of t hestarfi sh  an d  fish  se en in  thisa rrange ment, yet ,t he ima g inary c r e at urethat is half star f is h , half fish is  onlyad ra w i ng.  Th ese drawin gs  of a l leged t r an s i t ion a l forms haveno evidence inthe fo ss ilr ecord. 

1.Ca r ryi ng weight:land -dwelling  creat u res con s ume 40%  of th eir  en ergy ju st  ca rr y ing th eir bod ies arou nd .Sea-d well i n g crea tur es,howev er, have no p rob lemi n c arryi ng th eirow n wei ghts.Land- dw elling and sea- dwel ling crea tur es  ha ve  comp l etelydif fer ent mus cular a n d s ke l e t al  systems and hence  a r e  p erfectly  adapt e dto their en vi ron ment s . 

2.Rete n ti on of he at: la n d- dw ellingcr eature shav e b odily mech anisms  that ca n wit h stand great te m perature fluc t ua t i on s  onlan d. However,  int he s ea,t he  te m perat ure c ha n ge s  slowly and the cha ng e does  notoccur withinsuch a wid e r ange. Th at i s  w h y the metaboli sms o f land-dwe l ling and  sea- dwelling  creature s differ g rea tly . T hec h an ce that sucha sign if icant t ran sitionocc urs  co inc id entally i s trulyun li ke ly .
3. Us e  of Wate r:  es se nti al to metabo lism,  wat er  a n d m oisture ne e d  tobe  u sedres tr ictiv elyd ueto scar ce source s o f  wat er  o n land.  For instance ,the skin i sdes ignedt o  permitloss of water to a cert a in exte ntwhile  als o prevent ing  exces siv e  evapo ration . Lan d- dwe l l ing c r e at ure shave a sen s e  of  thir st , so mething  that sea-dwelling org anisms do not  ha ve.B e si des ,  t h e s ki n s o f sea-creatures a re not sui ta b le  for a non - aqu at ic habi tat.

4 . Kid n eys: se a-creatur es can ea si ly d i s cha rge wastematerial s in thei r  bodi e sby fi lte ring t he m,since  there isplent y of w at er intheir  h abitat.However, on land waterhas to  be u sed  economic all y . T his is wh y la nd creatur eshav e a k idn e y sys tem. It  is impro babl e  that the ki dne y ,  a  complex st r u c tur e, co mes into e xist ence coincidental l y.

What happe ns t o a f ish if o ne  day it crosse s o nt o  the lan d?  This is su rely som et h ing t hat is  imagi ned byp e op l e with outgiv ing it th oug ht .  Claimi ng  t h at a f ishre mained  on la n d fo r decades withoutdying a nd on e  da y dec id ed to l i ve a s a reptil e is surely  unrea sona ble a nd unsc ie ntific .
5.  Respirato r y System:  fish  breath eby t aki ng inoxyg e n  diss olve dinwater tha t th e ypa s s t hrou gh th ei r gi lls. Land - dwelling  an i mals, o nthe o ther h a nd , have a com ple te lu n g  system.
F ishh av e  alwa ys bee n
 are_a number_of obvious facts that_render such_a_transition impossible.

The_drawing_above, the so-called_transformation of starfish_into fish, is a_mere figment of_imagination._There are numerous fossils both of the starfish and fish seen in this arrangement,_yet,_the imaginary_creature_that_is half starfish, half fish_is only a drawing. These_drawings of_alleged transitional forms have no evidence in the_fossil_record.

1. Carrying weight:_land-dwelling creatures consume 40% of their energy just carrying_their bodies around. Sea-dwelling creatures, however,_have no problem_in_carrying_their own weights. Land-dwelling_and sea-dwelling creatures have completely different_muscular and skeletal systems and hence_are perfectly adapted to their environments.

2. Retention_of heat: land-dwelling creatures have bodily_mechanisms that can withstand great_temperature fluctuations_on land. However, in the_sea, the temperature_changes slowly_and the change_does not occur within such a_wide range. That_is why the metabolisms of land-dwelling_and_sea-dwelling creatures differ_greatly._The_chance that_such a significant_transition_occurs coincidentally_is_truly unlikely.

3. Use of Water: essential_to_metabolism, water and moisture need to be_used restrictively due to_scarce_sources of water on_land. For instance, the skin_is designed to permit loss of_water to_a certain_extent while also preventing excessive evaporation. Land-dwelling creatures have a sense_of thirst, something that sea-dwelling organisms_do not have. Besides,_the skins_of_sea-creatures are not_suitable_for a_non-aquatic habitat.

4. Kidneys: sea-creatures can easily discharge_waste materials_in their bodies by filtering them,_since there is plenty_of_water in their habitat. However, on_land water has to be used_economically. This is why land_creatures_have_a kidney system. It is_improbable that the kidney, a complex_structure, comes into_existence coincidentally.

What happens to a fish if_one_day it crosses on to the_land?_This is surely something that is_imagined_by_people without giving it thought._Claiming that a fish remained on_land for decades without dying and one day decided_to live as_a reptile is surely unreasonable_and_unscientific.

5._Respiratory System: fish breathe by taking in oxygen dissolved in_water that_they pass through_their gills. Land-dwelling animals, on the other hand, have a_complete lung system.

Fish have always been