Sentence examples for cropland development from inspiring English sources

Therefore, differences across the two scenarios are completely explained by divergent cropland development patterns.

Identification of the preferred cropland development path and the policy levers necessary to get to the preferred change path could follow.

Having a clear understanding of how ecosystem service and habitat provision might change over time due to global urban and cropland development is a prerequisite for charting a global future that can meet these interconnected challenges [1].

For example, one alternative cropland suitability layer in this analysis could relax the restriction on cropland development in protected areas according to data on the effectiveness of protected area management [87].

For example, significant cropland development in Brazil under the regional scenario, an important source of global biomass carbon stock, largely explains that scenario's relatively poor performance on the crop – carbon emissions tradeoff ratio.

This method allows for the relatively quick creation of spatially-explicit projections of business-as-usual futures or alternative futures that might emerge if decision-making on urban and cropland development across the world changes, either due to shifts in consumption preferences or land-use policies.

So, for the future work, it is showed that intended to building a National Tea Agricultural System for environmentally-related tea agricultural croplands development practise in all concerned countries.

Our spatial allocation of expected urban and cropland areal development is guided by rules that incorporate basic demographic, economic development, and biophysical principles.

The results indicate that the rapid agricultural development process has brought about serious wetlands degradation and fragmentation and excessive cropland growth.

Cropland areal growth across the globe under the country scenario is given by extrapolating country-level 1985 to 2000 cropland growth trends to the 2000 to 2015 period [6].

By comparing scenarios and their impacts we can begin to identify the global pattern of cropland and irrigation development that is significant enough to meet future food needs but has less of an impact on ecosystem service and habitat provision.