In addition, intergenic regions with high sequence conservation between human and Fugu or ultra-conserved regions between human-mouse-rat (>200 bp of 100% identity) are predictive of regulatory regions involved in conserved processes such as embryonic development [ 17, 18].
Using a statewide web-based survey in Florida US and a relatively novel valuation approach (i.e., Best-Worst Choice), we examine public preferences for clean water benefits (e.g., recreation, drinking water resources) as well as common conservation policy processes, such as land acquisition and financial assistance for landowners.
Finally, we primarily focused our analyses on the inclusion of evolutionary processes into conservation assessments because processes such as local adaptation have received relatively little attention in comparison with patterns of species or phylogenetic diversity in conservation prioritization.
However, key policies such as the US Endangered Species Act, premised on mediating short-term disturbances, may not fit new problems that cross geographic and temporal scales and require the conservation of slow ecosystem processes such as oceanographic conditions or sea ice habitats.
Proteins involved in core processes such as mRNA processing and protein metabolism exhibited extreme conservation suggesting that phenotypic differentiation between Plasmodium species, like differentiation between other eukaryotes, does not involve changes in the coding regions of these genes.
Some of the weak conservation may be explained by technical limitations or perhaps genetic interactions are more likely to be conserved only in certain biological processes such as chromosome segregation.
Transcription factors and genes involved in development and cell communication have been observed to have higher promoter conservation than ribosomal proteins and proteins involved in processes such as catalysis and biosynthesis [8], [9].
Furthermore, responses to conservation actions were driven by interacting local and large-scale population processes such as source sink interactions and dispersal.
Palaeoecology, as an ecological discipline, is able to provide relevant inputs for conservation science and ecosystem management, especially for issues involving long-term processes, such as ecological succession, migration, adaptation, microevolution, and extinction.
Consequently, conservation and restoration genetics should concentrate on the maintenance of historically significant processes such as strong gene flow/seed dispersal as well as large effective population size in the species.
