Sentence examples for crop deployment from inspiring English sources

This paper aims to stimulate a discussion by providing a contextual link between biodiversity conservation strategies and options for future energy crop deployment.

This review assesses the evidence base for potential impacts of large-scale bioenergy crop deployment principally within the UK context, but with wider implications for Europe, the USA and elsewhere.

The continuous mono-cropping and deployment of rice cultivars with a narrow genetic base has provided high selection pressure for emerging virulent strains.

Areas for consideration include the possibility that human manipulation of crop phenotype and deployment of fungal biocontrol species can significantly influence endophyte community assembly.

As a result, considerable emphasis has been placed on tactics other than chemical controls, including cultural, biological, and genetic methods and the deployment of crop varieties that are resistant to pests.

In the electricity sector, solid biomass was highly utilised for energy crop gasification, displacing some deployment of wind power, and nuclear and marine to a lesser extent.

Does this suggest that regulatory mechanisms based on evolutionary principles will emerge for the deployment of crop resistance to fungal pathogens, for example, with the goal of slowing rates of evolution of pathogen infectivity?

In a crop-pathogen system where deployment of resistant varieties is in its early days, our findings represent an alert and an incentive to pursue breeding strategies designed to perform knowledge-based pyramiding of different resistance genes in grapevine [ 23, 24] while selecting appropriate genetic backgrounds that will contribute to increase the durability of the resistance [ 34].

Although significant water savings are reported in aerobic systems in different lowland regions, a negative impact in crop performance prevents its wide deployment.

Boom-and-bust: Cycles of rapid increasing deployment of specific crop varieties (protected by specific major resistance genes) followed by their 'collapse' as evolution in the pathogen population for matching infectivity leads to an effective loss of resistance and an upsurge in disease epidemics.

The scientists concluded: "Broadly speaking, the deployment of Bt crops may favour biocontrol services and enhance economic benefits not only in Bt crop fields but also in the whole agricultural landscape".