Sentence examples for biodiversity data such as from inspiring English sources
Basic biodiversity data, such as species composition, distribution and phylogenetic relationships, are fundamental prerequisites for a better understanding of tropical rain forest evolution.
There are other ontologies useful for capturing biodiversity data, such as the environment ontology, EnvO [ 71], and the more general DAML [ 72].
Breakthrough advances in biodiversity science depend on harnessing and integrating two primary realms of evidence: one comprises legacy biodiversity data, such as those documented by existing biocollections in museums and herbaria; the second realm comprises data from new, rich, and geographically widespread biocollections that are focused by modern research questions.
We also thank the numerous museums whose data are available on networked biodiversity information systems of natural history collection data such as MaNIS, HerpNET, ORNIS and other species occurrence data providers (see Text S2 for full list of providers used).
In our MOOCs, the typical assignment is for the participanting teacher to take a sample of student oral or written language, kind of how a "citizen scientist" takes and shares a sample of data, such as climate conditions or biodiversity.
Depending on the product category, they must also include other environmental data, such as the product's water footprint and impact on biodiversity.
Ecological studies need accurate environmental data such as vegetation characterization, landscape structure and organization, to predict and explain the spatial distribution of biodiversity.
Looking for a way to bridge the gap, Smith, Stanford biologist Gretchen Daily and their co-authors did a deep dive into plant and animal biodiversity data from sources such as the U.S. Forest Service and the Global Biodiversity Information Facility, a clearinghouse for data from citizen scientists, museums and researchers.
Crucially, an absence of comprehensive empirical baseline biodiversity data, or data comprising additional ecological parameters such as ecosystem functions and services, prohibits quantification of absolute and relative magnitudes of ecological impacts due to coastal structures or effectiveness of mitigation interventions.
These data-aggregation initiatives have important beneficial side effects for biodiversity informatics such as enhancing the availability, standardisation and duplication ('backup') of data.
