Sentence examples for control of climate from inspiring English sources

The vegetation dynamics of some drylands are under the control of climate rather than grazing pressure and exhibit non-equilibrium dynamics (Westoby et al. [1989]).

The results show the importance and control of climate oscillations in the evolution of vegetation throughout the Early and Middle Holocene.

The geomorphological map is to show the control of climate and subaerial and submarine hydrography on the deposition of secondary gemstone deposits.

The combined data from this research demonstrates a strong interactive control of climate, landscape position and erosion on the development of soil and regolith.

Features like remote control of climate settings, checking if you left your windows open or where you parked, and fuel/battery monitoring are all available from iOS and Android apps (which, if we're being honest, have design elements from both platforms that make it look really odd), and as soon as the new iOS app update rolls out they'll be on your wrist, too.

In his book titled Plows, Plagues, and Petroleum: How Humans Took Control of Climate, he claimed that there is significant evidence that levels of carbon dioxide in the atmosphere have been rising since the earliest beginnings of agriculture.

National climate change assessments were reported mainly from Western Europe, and a number of institutional weaknesses were identified, such as research on and control of climate-sensitive infectious diseases.

The need for such inter-sectoral cooperation is obvious, as the control of climate-sensitive infectious diseases, particularly those borne by vectors, strongly depends on information and action from these sectors.

In addition, most indicated that institutional improvements are needed for ongoing surveillance programs (83%), collaboration with the veterinary sector (69%), management of animal disease outbreaks (66%), national monitoring and control of climate-sensitive infectious diseases (64%), health services during an infectious disease outbreak (61%), and diagnostic support during an epidemic (54%).

Across a broad range of environmental variables, model simulations highlight primary controls of climate and soil biological respiration, where soil thickness both supplies and limits transport of biologically derived acidity.

Our study highlights the strong influence of land-use on salinization patterns, which can be even stronger than the more widely recognized controls of climate and topography, and proposes some guidelines for a better use of vegetation to manage hydrology in salt-affected areas.