Sentence examples for forecasting effects on from inspiring English sources

At present, studies on Internet big data are mainly focused on their forecasting effects on stock market performances.

The method proposed by this paper has good forecasting effects on over 20 types of agricultural commodities in Beijing agricultural markets.

"There I presented the work of myself, Tony Barnosky and Marc Carrasco about using species-area curves and morphoclimate models in forecasting effects of climate change on vertebrate communities". Returning from INQUA, Jenny spent a week at Lawrence Livermore National Laboratory radiocarbon dating bones from the Pacheco fossil locality and charcoal from Samwel Cave.

Forecasting effects of environmental change on population persistence, especially effects of climate change, can be improved by incorporating evolutionary processes into population models (Skelly et al. 2007).

Owing to their magnitude, plastic responses in thermal tolerance should be incorporated into models trying to forecast effects of global change on extant biodiversity.

In any case the species' ability to respond plastically needs to be incorporated into models trying to forecast effects of global change on extant biodiversity [75] [76].

On climate change science, Paterson said: "The forecast effects of climate change have been consistently and widely exaggerated thus far".

The financial crisis has been so turbulent that economists at the Federal Reserve Bank of New York decided not to try to forecast its effects on employment in their latest report on the region's economy.

Therefore, the model analyzed here is not appropriate for forecasting the effects of management decisions on one particular cod stock, but instead is meant to demonstrate expected trends and patterns for stocks and species with life histories similar to those investigated in this study.

Students also learn how ecologists use scientific insight to deal with emerging environmental problems such as protecting biodiversity, understanding the consequences of habitat loss on species diversity, and forecasting the effects of global climate change on species population viability and geographic distribution.

At the University of California, researchers have developed a way to more accurately forecast nitrogen's effects on the climate cycle, a finding that is helping to refine global climate change projection models.