The Commonality Between Herbivores and Size

elephant-herbivore

The largest land animals on Earth today are all herbivores, but this was also true during the age of the dinosaurs. In descending order, the 5 largest living herbivores are the African elephant, the African bush elephant, the Asian elephant, the white rhinoceros, and the hippopotamus. The only living animals which are larger in size than these creatures are whales. Whales are not herbivores, but being a herbivore within the ocean is actually quite uncommon. The only reason whales are able to become larger than the largest land-dwelling mammals is because of the way that the ocean displaces gravity, therefore providing resistance to the pull which would under normal circumstances cause whales to collapse under their own weight. The primary reason the largest land animals are herbivores is because of food resources. There are a staggering amount of plant resources made abundant for herbivores in comparison to the relatively small amount of protein rich resources available to carnivores. Plant resources are also quickly renewable unlike protein resources. Herbivores are apt to survive predation as they increase in size whilst carnivores actually become hindered as they increase in size due to the fact that they become slower and less agile making their ability to catch prey severely reduced

The Original Intent of the Science of Archeology

archeological-site

Archeology first began with a quest to discover one master truth above all others which was to find direct evidence of Jesus Christ. During the 17th century, fossils and other archaeological evidence of life prior to human beings were erroneously identified and explained as animals which were not able to make it onto Noah’s Ark and therefore perished in the great flood. Spear tips and dagger points were often incorrectly identified and explained as thunderbolts from heaven or meteorites during this period

Feathered Dinosaurs

feathered-dinosaur

Every single feathered dinosaur ever discovered has been identified as a predatory carnivore. It is suspected by paleontologists that the Tyrannosaurus rex had feathers in various areas of its body. Feathers often serve a purpose for birds dependent of their color, and it has been theorized that this was also the case for dinosaurs. Liaoning Province, China is the world capital for feathered dinosaur fossils, with the first ever feathered fossilized dinosaur remains discovered by a farmer by complete accident as he turned the soil of his field before planting crops. It is suspected by experts that due to the increase of species and therefore competition, reptiles were required to become more and more active which inevitably required a higher metabolism. This newer and further evolved metabolism is theorized to have caused some animals to become warm blooded, which is the primary reason feathers were introduced by evolution. Long necked birds tuck their heads under their feathers to minimize heat loss and proof of this occurring tens of millions of years ago is provided by an incredibly detailed fossil of a small dinosaur in this exact pose which was found in 2004 by American palaeontologist Mark Norell, providing for the first time in the study of paleontology, compelling evidence for dinosaurs having had feathers. It has been posited that dinosaurs may have had feathers for warmth during their early years which were then shed throughout adolescence as they moved into their adult life, with the majority of the feathers which fell out being in areas which were not particularly useful in aiding a visual display to potential predators or mates