Sentence examples for biodiversity drive from inspiring English sources
"biodiversity drive" is a correct and commonly used term in written English
It refers to organized efforts and initiatives aimed at promoting and preserving biodiversity. You can use "biodiversity drive" when discussing topics related to conservation, ecology, and sustainability. For example: - The government has launched a new biodiversity drive to protect endangered species and their habitats. - Our school is participating in a community-wide biodiversity drive to raise awareness about the importance of preserving local ecosystems. - The company has implemented a biodiversity drive as part of their corporate social responsibility efforts, focusing on reducing their impact on the environment.
5 30 p.m. 2) DRIVE-BY BIRDING For a glimpse of Maui's remarkable biodiversity, drive by the Kealia Pond National Wildlife Refuge (Milepost 6, Mokulele Highway 311; 808-875-1582; www.fws.gov/kealiapond), a 700-acre natural wetland and seabird sanctuary that is home to endangered Hawaiian stilts, black-crowned night herons, Hawaiian coots and migrating birds like ruddy turnstones.
Our oceans make up 71percentt of the Earth's surface, contain 80percentt of all biodiversity, drive global weather systems and have provided a wonderful and diverse bounty of seafood for millennia.
But the two topics are related, he says: Biodiversity drives carbon, water, and energy cycles.
Assuming that humanity can preserve the biodiversity that drives biomimicry, the field promises to continue to generate innovative solutions.
Biodiversity loss driven by anthropogenic pressures highlights the importance of conservation efforts in protected areas globally.
And three, we test the generality of conceptual ideas of biodiversity change driven by disturbance.
The finding indicates that the tropics drive biodiversity and that extinctions there may have especially devastating effects.
Overcoming this problem could lead to a better understanding of the mechanisms that drive biodiversity and help to determine effective actions.
Her research offers insights into what drives biodiversity in these tropical areas.
Our hypothesis is that SH can be effective to improve or complement current Life Cycle Impact Assessment−LCIA practice on biodiversity loss evaluation driven by land use.
Surface and near-surface hydrological conditions are not generally considered in the selection of protected-area boundaries; however, these hydrological conditions may be critical in the maintenance of hydrologically driven biodiversity areas and should factor heavily in systematic conservation planning and impact-mitigation efforts.
