2 results about "Functional diversity" patented technology

This invention discloses a method for delineating restoration areas based on biodiversity and habitat stress in the field of natural resource management technology. The method includes acquiring species distribution records and environmental variable data for each species in a target spatial area, and then filtering the environmental variable data to obtain filtered environmental variable data. This invention processes the input data using multiple models in an integrated species distribution model to calculate species richness, functional diversity, and phylogenetic diversity as representative indicators. This overcomes the limitations of previous methods that only focused on a single dimension of biodiversity information, providing a more comprehensive representation of biodiversity levels. By constructing a comprehensive biodiversity index and a comprehensive habitat stress index to comprehensively identify priority restoration areas, this method avoids the limitations and shortcomings of previous methods that only focused on a single dimension of biodiversity, and fully considers the dynamic coupling relationship between biodiversity and habitat conditions.

The invention relates to the technical field of biological information analysis, and discloses an aquatic organism community analysis method and device based on environmental DNA, the method comprises the following steps: obtaining an annotation file corresponding to a to-be-analyzed sample, the to-be-analyzed sample comprising a water body sample collected from a target area; obtaining an environment DNA database of a pre-constructed target area; the environment DNA database comprises hierarchical information and gene information of different species and different functional character information corresponding to different species; on the basis of the annotation file and the environment DNA database, diversity analysis is conducted on the aquatic organisms in the target area, and diversity comprises species diversity, functional diversity and gene diversity. According to the method, the annotation file and the pre-constructed environment DNA database are combined, so that the diversity of aquatic organisms in the target area can be comprehensively, quickly and accurately evaluated, and not only is the diversity of the species level, but also the diversity of the functional traits and the gene level is covered.