Sentence examples for change in climatic from inspiring English sources

Change in climatic conditions however is an emerging factor that could prove crucial regarding the timing of flowering and synchronization among clones and thus, the quality and quantity of seed production.

Such areas are distinguished by their: marked seasonality; relatively large magnitudes of contemporary change in climatic parameters; and relative inaccessibility due to broad spatial extent, very low (or zero) road density, and steep and glaciated areas.

Thus, out of an acknowledgment of seasonal change, rituals often including ceremonial feasts most likely developed in relationship to beliefs that the continuance of the food supply depended on the sacred or holy powers that controlled various aspects and facets of nature: e.g., animals, vegetation, the change in climatic conditions, weather phenomena, mountains, and rivers.

Such high rates of change in climatic zones would not only disrupt agriculture across large areas (e.g., northern India) but also destroy forests and other natural communities at their warmer and drier margins more rapidly than they could be regenerated elsewhere.

The thermal performance of the active solar still is affected by design parameters like water depth, thickness of glass cover, insulation thickness, condensing cover material, type of solar collector, number of collectors, and also affected by a change in climatic parameters like ambient air temperature, solar intensity and wind velocity.

This coupled with change in climatic condition were strongly hampering our economic income and livelihood activity".

The use of WG in climate change studies allows exploration of the effect of changes in mean climate as well as changes in climatic variability and extreme events7.

When conditioned upon the changes in climatic statistics (change factors, CFs) predicted by climate models, WGs provide a useful tool for climate impacts assessment and adaption planning.

Globalisation processes and changes in climatic conditions are progressively increasing the suitability of temperate climate regions for the establishment and diffusion of mosquito species that are competent vectors for the transmission of tropical infectious diseases in human populations.

Similarly, their distribution across geographic regions that have experienced significant changes in climatic conditions also offers an opportunity to understand how physiographic changes in climate can influence the template of diversification by watershed isolation.

We now assess the current literature on plant plastic and evolutionary responses to ongoing rapid climate change and attempts to predict future responses to changes in climatic conditions.