Predictive modelling of species' distributions has been successfully applied in conservation ecology, but effective conservation requires predictive and accurate models.
In the absence of more detailed knowledge of species at risk and accurate taxonomy, conservation must be based mainly on higher taxa (such as families rather than species) and geographical hot spots.
Finally, can we identify units of conservation in a more meaningful and accurate way when the decision is based on assessments of functional rather than neutral variation?
In this paper, we design stable and accurate numerical schemes for conservation laws with stiff source terms.
The conservation and management of biodiversity requires accurate, repeatable and cost-effective monitoring techniques.
The code runs with time steps on the order of the electron gyrofrequency, with extremely accurate energy conservation and numerical stability.
"Current population estimates and conservation depend on accurate historical data".
For example, one of the great limitations for neotropical conservation is the lack of fine-scale Open Access GIS applications and accurate species geographical records in order to carry out robust gap analyses to implement realistic conservation management plans [35].
This study demonstrates that: 1) exploiting the signal from the detailed conservation pattern of residues will largely facilitate the prediction of protein functional sites; and 2) the local evolutionary conservation enables accurate prediction of ATP-binding sites directly from protein sequence.
Numerical schemes for scalar transport and mixing in turbulent flows must be high-order accurate, and observe conservation and boundedness constraints.
