Other innovative concepts have been adapted to facilitate ecological preservation, green-energy use, and rainwater conservation.
Our study demonstrates that negative effects associated with competition are less manifest in diverse groups, that there is conflicting selection for and against genetic similarity occurring simultaneously, and that diversity and relatedness may facilitate the productivity and ecological success of groups of interacting individuals.
We conclude that negative effects associated with competition are less manifest in diverse groups, that there is conflicting selection for and against genetic diversity occurring simultaneously, and that diversity and relatedness may facilitate the productivity and ecological success of groups of interacting individuals.
While rural-to-urban labor migration and abandonment of farmland may facilitate forest transition and ecological recovery, abandoned lands may fail to rehabilitate naturally because they have been irreversibly transformed.
Consequently, targeting the activity of such auxiliary subunits may prove a successful strategy for the development of insecticides that are not toxic to vertebrates, and a more detailed understanding of their molecular functions in different insect species may facilitate targeted interventions that minimise ecological knock-on effects.
This description of the vsp genes and their encoded proteins from the WB isolate gives a picture of a repertoire that has been expanded by duplication and recombination to the extent that expression of different VSPs may facilitate differences in pathogenesis or ecological niches.
In this context, it is important to realize that both the recent tendency towards accepting perennial, global change driven changes to the environment and the increasing application of the BEF framework to ecological restoration may facilitate the acceptance of using non-native species in forest restoration.
This study's investigation of the change in the main terrestrial attractions in the ecological environment of Kenting National Park may facilitate the preservation of natural resources.
Metabolic engineering at the level of side chain modifications may allow specific alterations of glucosinolate profiles, which may facilitate further investigations of the physiological and ecological role of glucosinolates.
