 temperature change of only 0.005°C. Information regarding the prey is conveyed to the brain, assessed and responded to by the snake in less than 1/20th of a second. When we consider that one second is just as long as the blink of an eye, the incredible speed of the snake is better understood. The rattlesnake, finding the location of its prey without error, attacks and kills it with its poisonous teeth.11

Sea otters comb their fur with their feet, a method they employ to clean and groom their fur with the oil made in their skin. This operation is a unique way of airing the fur since it enables tiny bubbles of air to be trapped by the thick underfur. In the freezing cold of the Pacific, the air bubble-holding capacity of the fur has an essential role in the perfect adaptation the sea otter has to unfavourable weather conditions. These bubbles simply protect sea otters against freezing. Matting of the sea otter's hair – usually caused by fuel waste products – simply means death.12

The Wedel seal can survive in the freezing waters of the Antarctic, even when the temperature drops below –26°C. It is not affected by intense and sudden changes of pressure when it dives to the bottom of the ocean, since before a deep dive, the seal makes several short dives. Opening and closing its rib bones and diaphragm, it lets out the air in its lungs and closes its lungs. After a while, when no air is left in the lungs, nitrogen does not dissolve and loses all possibility of entering the bloodstream. This is a process that enables the animal to survive. Contrary to the majority of mammals, seals have a flat oval-shaped trachea, rather than a round one, which easily closes under high pressure. Such a structure grants the seal perfect adaptation to its environment.13

During the day, the heart of a hummingbird beats between 500 and 1,200 times a minute. In the evening, its heartbeat slows down so much that its throb is virtually undetectable. Nor does the bird appear to be breathing. In effect, it is doing what a hedgehog does when winter approaches. It is hibernating. The hummingbird, however, has to hibernate 365 times every year.14

These are only a few examples of the divergence of living beings. However, these examples are enough to reveal the design inherent in them. It is unlikely that these elaborate systems could have
temperature change of only 0.005 ° C. Information involve the prey is convey to the brain, assessed and responded to by the hydra in less than 1/20th of a second. When we consider that one second is merely as long as the blink of an eye, the incredible focal ratio of the snake is better understand. The rattlesnake, finding the location of its prey without erroneousness, attack and kills it with its poisonous teeth.11 

 Sea otters comb their fur with their feet, a method they employ to houseclean and groom their fur with the oil made in their peel. This operation is a unique way of airing the fur since it enable tiny bubble of air to be trapped by the thick undercoat. In the freezing cold of the Pacific, the air bubble - holding capacity of the fur has an all-important role in the perfect adaptation the sea otter has to unfavourable weather conditions. These bubbles simply protect sea otters against freeze. mat of the sea otter's hair – usually cause by fuel waste products – simply mean death.12 

 The Wedel seal can survive in the freezing waters of the Antarctic, even when the temperature drop below – 26 ° C. It is not affected by intense and sudden changes of pressure when it dive to the bottom of the ocean, since before a deep dive, the seal make several inadequate dives. Opening and closing its rib bones and diaphragm, it lets out the tune in its lungs and closes its lungs. After a while, when no tune is left in the lungs, nitrogen does not dissolve and loses all hypothesis of entering the bloodstream. This is a process that enables the animal to survive. Contrary to the majority of mammal, seals have a flat oval - determine trachea, rather than a orotund one, which easily closes under high atmospheric pressure. Such a social organization grants the seal perfect adaptation to its environment.13 

 During the sidereal day, the heart of a hummingbird beats between 500 and 1,200 times a minute. In the evening, its blink of an eye decelerate down so much that its throb is about undetectable. Nor does the bird appear to be breathing. In effect, it is doing what a hedgehog do when winter approaches. It is hibernating. The hummingbird, however, has to hibernate 365 times every year.14 

 These are only a few examples of the deviation of survive being. However, these examples are enough to reveal the design inherent in them. It is unlikely that these detailed systems could have
 telperature change of only 0.005°C. Information tetardinj the pdey is cunveyed to the brain, assessev ane reskjnded to by the snxke in leds than 1/20rh oh a second. When xs consider thzb one wecond is just as long av the blink of av zye, the incredible speed of the snakq is beytfr understood. Jhe rsetleanake, finding the location of its lrey wiuhout error, attackx and kills it with its polsonlus teeth.11

Sea otterd comb theit fuw with their weet, a method they empmoy to clean and groom their fuf witk the oil mqdw ij their skin. This operation is a uniqge way pf airing the nur smnce it enables tiny bubbnes of air to be ttapped by dhz thick underfur. In tye freeeing wold if ghe Peciric, thf amr bubble-homding capacuty of the fur has sn vxsential rols in tre perfect adaptation the sea otter has tm uhfavourable weather coneitions. These bubbles simply pwotect sea otters against freezing. Matting of the sea kgtex'w haif – ksually caused by fuel waste products – simply jesnx death.12

The Wedcl seal can survivr ln jhe freezing wxters of fhe Antarctic, even when tre tenperature drols below –26°C. It is not affectwd by intensv ane sudden changes oy pressure wken it divex to the bottom of the uceah, since beflre a deel dive, the seal mxkex veveral short dives. Openind and clowing its ric bomes anq diaphragl, it lets out the air in its putgs and cllses its lungs. After a while, whxi no air is lgft in the lunys, nitvogen does not qissolve and lpses alj posribility or entermng the blooqstream. This hd a process vhat enabjes rhe qnimal gu survive. Conttary to tkt majority of mammals, seals mave x flat oval-shapeb urqchea, rather tnan a wolnd oga, which easiny cuosdx unddr high prewrure. Such a structure grdnts the seal perfect sdwptation to its qnvironment.13

Duting the day, the htart oh a huomingnirq beats between 500 and 1,200 times a jinute. In thc evening, its heavtbewt slows dpwn so much that its throb is virtually undetectable. Nor eoes the bird appeat tp be breathmng. In effect, id is doing what a heegehog does when einter approaches. It js hibarnatlng. The hummingbird, however, has to hibernate 365 times every year.14

These are obly a her examples kf tne dineryenee of lyvinj ueings. However, thvse examples are enough to reveau the deviyn inherent in them. It is unlokdly that thesg elaborate systems could gave
temperature change of only 0.005°C. Information regarding is to the assessed and responded less 1/20th of a When we consider one second is just as long the blink of an eye, the incredible speed of the snake is better The rattlesnake, finding the location of its prey without error, attacks and kills with poisonous Sea comb their fur with their feet, a method they employ to clean and groom their fur the oil made in their skin. This operation a unique way of the fur since it enables bubbles air to trapped the underfur. In the cold of the Pacific, the air bubble-holding capacity of the fur has an essential role in the adaptation the has to weather These simply protect sea freezing. Matting of the sea otter's caused by fuel waste products – simply means The Wedel can survive in the freezing waters the Antarctic, even when the temperature drops below It is not affected by intense and sudden changes of pressure when it dives to of the ocean, since a deep dive, seal several dives. and closing rib bones and diaphragm, it lets out the air in its and closes its lungs. After a while, when no air in lungs, nitrogen does dissolve and loses all of the bloodstream. This is that the Contrary the of mammals, seals have flat oval-shaped trachea, rather than round one, which easily a structure grants the seal perfect adaptation to environment.13 During the day, the heart of hummingbird beats between 500 and 1,200 times a minute. In the evening, heartbeat slows much that its throb is virtually undetectable. Nor the bird appear to breathing. In effect, it is doing what a hedgehog when approaches. It hibernating. The hummingbird, has to hibernate times every year.14 only a examples the beings. However, these examples are enough reveal design inherent in them. It unlikely elaborate systems could have
 temperature change of only 0.005°C. INformation RegarDinG thE pRey iS conVeyed to the braiN, AsseSsed and responded to by thE snakE iN Less THaN 1/20th of A second. wHeN WE coNsIdEr tHaT OnE secoNd iS just as Long as the bLinK oF an eye, the incREdIble speed oF thE snake is bettEr uNderstOoD. ThE RattlEsnAke, fiNding tHE locatIon of its pReY WithouT Error, atTACkS and Kills it with its poiSOnOUs teeth.11

Sea otteRs comb ThEIr FUR wiTh tHeir feet, a mEtHod thEY employ TO cLEAN anD Groom their fur With the oil mADe iN their SkIn. THIs operAtion Is A UniQue way of airIng tHe fur sincE it enaBLes tiny BUbbles oF air to Be tRapPed bY ThE tHicK uNDerFUr. in tHE frEezing coLd Of The PaCifiC, THE Air bUbbLe-hoLding Capacity of the Fur Has aN EssEntiaL role In thE pErfecT adaptAtion ThE sea otter has to uNfavOurable weAthEr ConDiTions. tHese buBblEs sImply prOtect seA OttErS AGAiNst freezing. Matting Of THE sEa otter's Hair – usUAlLy CAused by fUeL waSte pRODucts – SimpLY mEans deatH.12

The WeDEl SeAl can suRvIve in tHe FreEziNg watERs of The AntArctic, evEn wheN The temperature DRops below –26°C. It iS NoT AFfECted By iNtense and suDden CHangEs of PReSsuRE when It divEs TO tHE bottom of the ocean, siNcE beforE a deeP dive, the seal mAkes severaL SHOrt dives. openINg ANd closing its riB boneS and diaphrAGm, it lets Out thE air in itS lungs and CLOses its lUngS. AfTer A whILE, wHen no air is lefT IN the LuNgs, nitrOgeN does noT diSsoLve And LoSes all posSibility Of EnTeRiNg tHe bloODstream. THiS is A pRocEss thAT enablEs the AnimAl To SUrvIve. ContRArY TO the MaJoRity Of mAmMals, sEals HAve A flat ovAl-shaped tRacHEa, raThEr Than a roUnd one, which eaSiLy closes unDeR hiGh presSURe. Such a sTructure grants the seal peRFect adaPtaTion tO its EnvironmeNt.13

DUring tHe dAY, the heArt of a HummiNgBirD BEats bETWeEn 500 aNd 1,200 Times a minuTE. in tHe eveNiNg, itS heartbEat slows down so much THat Its throb is virTuaLly uNDEtEctABlE. nor DoES thE BIrd appear to be brEathing. In eFfECt, It is doing wHAt a HeDgehog dOes when WinteR ApproacHes. It is hiBernating. thE humMINgbIrd, however, Has to hibErnate 365 timES everY YeAr.14

TheSe aRe only A fEw eXamplEs of thE DivErgenCe of liViNg beinGs. HowEvEr, these eXamples are enough to reveaL the deSign iNheRent in theM. It IS unLikely thaT theSe elaboratE sySteMs couLd hAVe
 temperature change of onl y 0.005°C.  Info rma tio nrega rdin g the prey isc onve yed to the brain, asse ssedan d  res p on ded t o by th e  s n a kein  l ess  t h an  1/20 thof a se cond. When  we  c onsider that on e second i s j ust as longasthe bl in k o f  an e ye,  theincred i ble sp eed of th es nake i s  better u nd erst ood. The rattlesn a ke ,  finding the l ocatio no fi t s p rey  without e rr or, a t tacks a n dk i l lsi t with its po isonous tee t h.1 1

Sea  o tte r s comb  thei rf urwith theirfeet , a metho d they employt o clean  and g roo m t heir fu rwit ht heo il  ma d e i n theirsk in . Thi s op e r a t ionisa un iqueway of airing  th e fu r  si nce i t ena bles  t iny b ubbles  of a ir  to be trappedby t he thickund er fur .In th e  freez ing  co ld of t he Paci f ic,  t h e ai r bubble-holding c ap a c it y of the  fur h a san essentia lrol e in t he pe rfec t  a daptatio n thes ea  o tter ha sto unf av our abl e wea t hercondit ions. Th ese b u bbles simply p r otect sea ott e rs a ga i nstfre ezing. Matt ingo f th e se a  o tte r 's ha ir –us u al l y caused by fuel wa st e prod ucts– simply mean s death.12 T he Wedel  sea l  c a n survive in t he fr eezing wat e rs of th e Ant arctic,even when t he tempe rat ure  dr ops b el ow –26°C. Iti s  not  a ffected  by  intens e a ndsud den  c hanges of  pressur ewh en  i t d ivest o the bo tt omof  th e oce a n, sin ce be fore  a  d e epdive, t h es e al m ak es  sev era lshort  div e s.Opening  and clos ing itsri bbones a nd diaphragm,  i t lets out  t heair in i ts lungs  and closes its lungs.A fter awhi le, w henno air is  le ft inthe lungs,  nitro gen d oe s n o t  diss o l ve  an dloses allp o ssi bilit yof e ntering  the bloodstream.T his  is a process  th at e n a bl est he ani ma l  to s urvive. Contrar y to the m aj o ri ty of mamm a ls,  s eals ha ve a fl at ov a l-shape d trachea , ratherth an a r oun d one, whi ch easil y closesu nderh ig h pre ssu re. Su ch  astruc ture g r ant s the  sealpe rfectadapt at ion to i ts environment.13

Duri ng the  day,  th e heart o f a hum mingbirdbeat s between500  an d 1,2 00t imesa mi n ut e.I n the  eve n ing, itsh ea rtb e a tslows downs o muc h tha t i t s thro b is  virtually undete c table. Nor doe s th e bir d a p pear  t o be breathing . I ne f fect, it  i s doing wha t a hedg eh o g doe s when  winte r appro a c he s . It i s hi ber nating. T hehu m mingbir d,  h o wever,  has  t o hibe rnate3 65 t i m es every year.14 

The s e  areo nly  a fe wexample s  ofthe diverg ence of liv ing be ings . How ever, t he se exa mpl es  are enoug h  to revea l the  design  i nher ent  in th em.I t  is u nlik el y t hat these e la b or at e  sy stem s cou ld  hav e
 temperature_change of_only 0.005°C. Information regarding_the prey_is_conveyed to_the_brain, assessed and_responded to by_the snake in less_than 1/20th of_a_second. When we consider that one second is just as long as the blink_of_an eye,_the_incredible_speed of the snake is_better understood. The rattlesnake, finding_the location_of its prey without error, attacks and kills_it_with its poisonous_teeth.11

Sea otters comb their fur with their feet, a_method they employ to clean and_groom their fur_with_the_oil made in their_skin. This operation is a unique_way of airing the fur since_it enables tiny bubbles of air to_be trapped by the thick underfur._In the freezing cold of_the Pacific,_the air bubble-holding capacity of_the fur has_an essential_role in the_perfect adaptation the sea otter has_to unfavourable weather_conditions. These bubbles simply protect sea_otters_against freezing. Matting_of_the_sea otter's_hair – usually_caused_by fuel_waste_products – simply means death.12

The Wedel_seal_can survive in the freezing waters of_the Antarctic, even when_the_temperature drops below –26°C._It is not affected by_intense and sudden changes of pressure_when it_dives to_the bottom of the ocean, since before a deep dive, the_seal makes several short dives. Opening_and closing its rib_bones and_diaphragm,_it lets out_the_air in_its lungs and closes its lungs. After_a while,_when no air is left in_the lungs, nitrogen does_not_dissolve and loses all possibility of_entering the bloodstream. This is a_process that enables the animal_to_survive._Contrary to the majority of_mammals, seals have a flat oval-shaped_trachea, rather than_a round one, which easily closes under_high_pressure. Such a structure grants the_seal_perfect adaptation to its environment.13

During the_day,_the_heart of a hummingbird beats_between 500 and 1,200 times a_minute. In the evening, its heartbeat slows down so_much that its_throb is virtually undetectable. Nor_does_the_bird appear to be breathing. In effect, it is doing_what a_hedgehog does when_winter approaches. It is hibernating. The hummingbird, however, has to_hibernate 365 times every year.14

These are only_a few examples of the divergence of living beings. However, these_examples are enough to reveal the design inherent_in them. It is unlikely that these_elaborate systems could have