experts Anna Papadopoulou (CSIC Biological Station of Doñana), Sylvain Dolédec (University of Lyon, France) and Alfried Vogler (Museum of Natural History-Imperial College London, United Kingdom) have also participated in the study. Lineage age and functional diversity Macroecology is the field of ecology that studies global patterns of biodiversity, such as the reduction in species richness from tropical regions to the poles, or how this variety is reduced as the elevation of a mountain increases. In this work, the tree of life of European aquatic macroinvertebrates is analyzed to calculate how long ago they colonized water ecosystems from terrestrial or marine ancestors. For example, it is well established that lineages such as those of dragonflies or mayflies colonized fresh inland waters earlier than others, such as those of beetles or flies and mosquitoes.

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The next step has been to relate the age of the Kiribati Email Lists lineage with the functional diversity that it currently has. The youngest lineages occupy the least used spaces To link evolutionary age and functional diversity, researchers have compiled ecological data for about 6,600 species of aquatic macroinvertebrates published in previous studies. The results confirm the hypothesis according to which the oldest lineages would have greater functional diversity than the younger lineages, but, in addition, explain how this evolution occurs: «Our results show that the younger lineages occupy a functional space that previously did not have used any other lineage, such as saline environments where we do not find ancient lineages. This diversification would be explained because when the oldest lineages colonized inland waters, they had few competitors that limited the functional space they could use. A)

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Yes, Pioneering work in evolutionary studies This research is one of the first works in the field of evolution that determines how lineages established in a new habitat can condition the functional diversity of lineages that will later colonize the habitat. “We offer a new perspective for evolutionary studies, which must take more account of the ecology of the species and not just the number of species within the different lineages. Although it seems obvious – since the origin of the species depends a lot on what it does and what a species is like – in general this ecological and evolutionary vision is a minority in studies that analyze patterns of diversity on a large spatial and temporal scale. This implication goes beyond studies of aquatic organisms and is applicable to the entire biota ”, highlights Cesc Múrria.Researchers from the University of

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