The Loris And Nycticebus

As seen with Anolis, single species of organisms have the ability to undergo adaptive radiation and become new species by filling niches in a given environment. This is prevalent not only in Anolis, but other model organisms as well, such as finches, sticklebacks, and cichlids. All of these organisms have gone through the similar mechanisms and processes to evolve into different species. Alike to Anolis, they have gone through reproductive isolation, adaptation, and convergent evolution. Due to a poor fossil record of Anolis, the other model organisms may give better outlook on how they have diverged overtime. Further investigations on all of these organisms and their evolutionary mechanisms would not only give better a better idea of ecological speciation, but more comprehension on the origin of all

The Narrow-Striped Mongoose is almost exactly the same as its cousin, the Grandidier’s Mongoose. Although unlike its cousin, the fossa (whom the Narrow-Striped is related to) preys on the Narrow-Striped Mongoose. The Narrow-Striped gets its main source of food from preying on bird eggs. As stated earlier, the Narrow-Striped Mongoose is related to the fossa and Grandidier’s Mongoose (The fossa through the original ancestor of the Eupleridae family, and the Grandidier’s through the Ring-Tailed

Phylogeography is a field of study that implements biogeography and genetics to understand the geographic distribution of a species. It is concerned with historical principles and processes that influence evolution and speciation. The tiger is an evolutionary wonder; it is a prime example of the responsiveness that some species have to changing climatic conditions. The tiger once had the largest geographic distribution of all cat species; subspecies adaptations allowed them to live in a large range of habitats throughout the Asian continent making it a perfect candidate for the study of phylogeography. This review will examine the evolutionary history of the tiger and will explain how the species was affected by climatic fluctuations and biogeographic processes during the Plestocene epoch.

There is a circumstance that has beset the understanding of evolution over time that there is no general theory involving primate evolution. Most of the theories are just mere speculation. Over the years, primates like gorillas, chimpanzees, and baboons all happened to have their turn in evolution. It was previously presumed that the taxon of interest happened to have the exact similar physiology and ecology as the analog taxon (Rafferty, 2010).The majority of the first primate species theories have been utilized because they solely share one fundamental characteristic with the hominines with the chimpanzees as the phylogenetic cousins. This paper addresses the different ecological conditions that handled the evolution of primates. It

There are many dispersal theories for how primates, such as platyrrhines, found their way into South and North America. Unfortunately, the fossil record for primates from the Caribbean islands and Greater Antilles is poor compared to the fossil records of North and South America. The geography of the Caribbean

The Fat-tailed Dunnart’s kingdom is Animalia, Phylum is Chordata, class is Mammalia, order is Dasyuromorphia, and family is Dasyuridae, Genus Sminthopsis.

Analysis of teeth function in G. vogtlensis further supports the claim that large prey were

Where do they live? They live in Africa mostly but they can also be found in Asia. They can be

Annual killifish: Where do they live? What is their environment like? What conditions do they have to survive?

Living in the Atlantic Forest, Golden Lion Tamarins are essential for the survival and protection of their family, and also the existence of their ecosystem. The Golden Lion Tamarin hides under the dense canopy of the Atlantic Forest. This shelters itself from a wide array of aerial predators. These primates acquire most of its food and water from plants called epiphytes. An epiphyte is a plant that grows on another plant, without harming it. Small insects and vertebrates, that inhabit these plants, are a significant part of the Golden Lion Tamarin’s diet. Golden Lion Tamarins are diurnal, meaning that they are active only during the day. They use tree cavities and nesting holes as their sleeping quarters. These cozy tree cavities provide them

The display will be strategically placed near the entrance of a tropical rainforest exhibit concerning rainforest preservation and animal conservation. The display of the new discovery of H. dianae is used to trigger visitors to think seriously and be concerned about the tropical rainforest ecology, diversity, and conservation. The most important lesson is that it is crucial to save the remarkable tropical rainforest, and the present existing and future new discovered beautiful species before they become extinct.

The animal I researched is the Geocapromys Thoracatus. Also known as Little Swan Island Hutia. They lived on the Swan Islands of North-Eastern Carribeans in Honduras where their distant cousin the Geocapromys Browni (Jamaican Hutia) also lived. The Carribeans is a very beautiful place, it has clear water and a bunch of trees. The Swan Island Hutia doesn't really have a niche because they emerge from caves and forage on bark,small twigs, and leaves. (www.IUCNredlist.org) (www.flinders.edu.au)

Probosciger aterrimus, better known as the “palm cockatoo”, is the largest bird species of the parakeet (Psittaciformes) family (Taylor 2000). This highly threatened cockatoo species can be found dwelling in many tropical and woodland regions, including those of lowland New Guinea and the savanna habitat of Cape York Peninsula, Australia (Murphy et al. 2003), and can be identified by its long, plumaged body, curled erectile crest, and naked cheek patches. Of particular interest, and perhaps the most distinctive of this cockatoo’s traits, is the long, strong hooked beak. As with many bird species, the palm cockatoo’s bill has adapted to its specific dietary preferences and feeding strategies; in particular, the shock absorbing ability of the large, powerful bill allows the granivore-frugivore (grain or seed-eating – fruit-eating, respectively) (Koutsos et al. 2001) parakeet to scavenge for hard nuts that are otherwise inaccessible to other parakeet species. Further supporting the granivorous diet-accommodating beak morphology of the palm cockatoo is a study conducted by Munshi-South and Wilkinson (2006) that conclusively correlated the evolution of longer lifespans in parrots with the adoption of seed-based diets. If parrot species do in fact achieve longer lifespans by adopting granivorous diets, natural selection’s favoring of traits maximizing the adoption of a granivorous diet in the palm cockatoo should be relatively equally distributed amongst all members of the

Herpestes – *Herpestes (Fig. 25.38) is a genus of the mongoose family. *It is commonly known as neola. *It is distributed in Asia and Africa. *It lives in agricultural areas, coastland, desert, natural forests, planted forests, range/grasslands, riparian zones, and wetlands.

In the case of ring species, natural selection and sexual selection each play a role in the divergence of ring species. Selective pressures allowed one phenotype to survive better than others in a certain area; sexual selection could cause divergence because organisms choose mates based on phenotypes. In the case of salamanders, natural selection affected divergence because organisms with certain coloration survived better in coastal or inland environments. In warblers, sexual selection and natural selection seem to play a part in the divergence of the ring species, as forest density and migration distance is variable and affects survival of the species. Molecular and morphological evidence can be used to support multiple species by showing