Figure 3a
Figure 2f
Figure 2c
Sucking: e.g. butterfly. Labrum reduced; mandibles lost; maxillae long forming sucking tube.
演化的證據
evolyutsiyaning dastlabki bosqichlari
Figure 3a: An insect trapped in amber
Resin with insect .jpg
vertical
പല ദശകങ്ങളായി വിവിധ മേഖലകളിൽ ഗവേഷണം നടത്തുന്ന ശാസ്ത്രജ്ഞന്മാർ കണ്ടെത്തിയ, ജീവജാലങ്ങളുടെ പൊതു ഉല്പത്തിയ്ക്കുള്ള തെളിവുകളെയാണ് പരിണാമത്തിൻെറ തെളിവുകൾ എന്ന് വിളിയ്ക്കുന്നത്.
Proves de la descendència comuna
Figure 2c: Adaptation of insect mouthparts: a, antennae; c, compound eye; lb, labium; lr, labrum; md, mandibles; mx, maxillae.
Piercing and sucking, e.g.. female mosquito. Labrum and maxillae form tube; mandibles form piercing stylets; labrum grooved to hold other parts.
Figure 2g: Route of the vas deferens from the testis to the penis
evidence demonstrating that all life on Earth comes from a single ancestor
공통 조상 이론을 뒷받침하는 여러 과학적 증거
Evolution insect mouthparts coloured.svg
Pangaea Glossopteris.jpg
Доказательства эволюции
Figure 2e: The principle of homology illustrated by the adaptive radiation of the forelimb of mammals. All conform to the basic pentadactyl pattern but are modified for different usages. The third metacarpal is shaded throughout; the shoulder is crossed-hatched.
Dasypus novemcinctus.jpg
Figure 3c
أدلة السلف المشترك
evidencias que indican que os organismos vivos teñen un antepasado común e foron sufrindo cambios
Saurischian & Ornithischian pelvis bone modification w- selected species of Dinosauria.svg
Figure 2g
The anchor has been deleted.
Figure 2e
Figure 3c: Skull of Cynognathus, a eucynodont, one of a grouping of therapsids that is ancestral to all modern mammals
Figure 2f: The path of the recurrent laryngeal nerve in giraffes. The laryngeal nerve is compensated for by subsequent tinkering from natural selection.
Figure 3b: Fossil trilobite, Kainops invius, from the early Devonian. Trilobites were hard-shelled arthropods, related to living horseshoe crabs and spiders, that first appeared in significant numbers around 540mya, dying out 250mya.
Докази еволюції
Figure 4e: A dymaxion map of the biogeographic distribution of Camelidae species. Light blue indicates the Tertiary distribution, dark blue indicates the present-day distributions, and green indicates the introduced (feral) distributions. The yellow dot is the origin of the family Camelidae and the black arrows are the historic migration routes that explain the present day distribution.
Phylogenetic tree of marsupials derived from retroposon data - journal.pbio.1000436.g002.png
Evidence of common descent
Wetenschappelijke argumenten voor evolutie
Bukti nenek moyang bersama
Figure 4c: Current distribution of Glossopteris placed on a Permian map showing the connection of the continents. . Note that the map is a rough approximation of which leaves out additional land masses such as the Eurasian and North American plates.
Kainops invius lateral and ventral.JPG
Primitive state — biting and chewing: e.g. grasshopper. Strong mandibles and maxillae for manipulating food.
Global Camelid Distribution and Migration.png
Route of vas deferens en.svg
Ticking and biting: e.g. honey bee. Labium long to lap up nectar; mandibles chew pollen and mould wax.
Evolution pl.png
공통 조상의 증거
dovezi evolutive ale strămoșilor comuni
bewijzen voor evolutie
Evidências da evolução
Figure 3e
Evolutionary developmental biology#The developmental-genetic toolkit
Evidencia de antepasado común
Figure 3b