The phrase "application for conservation" is correct and usable in written English.
It can be used in contexts where someone is submitting a request or form related to the preservation or protection of something, such as wildlife, natural resources, or cultural heritage.
Example: "The organization submitted an application for conservation to protect the endangered species in the region."
Alternatives: "request for conservation" or "proposal for conservation".
Such differences may hamper the development of useful biodiversity model applications for conservation planning, and thus it is beneficial if the conservation decision-making can be based on sets of alternative maps and overlaying of predictions from multiple models.
But recent studies have indicated that this trend may be changing, finding that leasing was not a deterrent to the adoption of buffer strips (Tosakana et al. 2010) and showing that the percentage of renters versus owners was positively correlated to state-level application rates for conservation programs such as the Environmental Quality Incentives Program (Reimer et al. 2013).
The methodology described here has an immediate application for the conservation of Thunnus species and, particularly, the Atlantic bluefin tuna, Thunnus thynnus, which is being subjected to widespread overfishing and illegal trade [27].
Further, the level of differentiation, together with regional patterns of diversity, has important implications for the application of conservation and management strategies in this commercially harvested species.
Therefore, this microorganism showed that vaterite formation may consistently occur under specific conditions and could prove useful as a candidate for on-site applications for stone conservation.
This article presents many current issues and challenges involved with converting theories from the natural sciences, into practical applications for biological conservation in societies where resource supplies are finite.
Modeling approaches that predict environmentally associated variation also have great potential for application in conservation biology, specifically for the prioritization of areas for future conservation efforts (e.g. Ferrier et al. 2004, 2007).
A recent approach applied landscape genetics to optimize dispersal and corridor models (Epps et al., 2007); however, the application of genetic tools for conservation is still largely method and theory driven, rather than focused on real data sets with relevance to conservation problems (Vernesi et al., 2008).
In 2013, the International Institute for Conservation held a workshop at the University of Amsterdam on 3D scanning and 3D printing to train conservators in the use of RP for conservation applications.
