Sentence examples for strategies for deployment from inspiring English sources

Nor is it clearly understood how different control measures and strategies for deployment of limited health resources may interfere with disease dynamics and the occurrence of later infection waves.

As with the Bt cotton precedent, it seems timely to develop a broad predictive framework for managing pathogen responses in agro-ecosystems (Garrett et al. 2006a, b; Gilligan 2008), including those relating to transgenes and strategies for deployment in major crops.

Results indicate that the control strategy for deployment is a near-optimal solution for damage tolerance.

"A strategy for deployment [of new carbon-removal technologies] at scale by 2050 should start now given the timescales inherent in bringing new technologies to market," says a new CCC report.

"We will continue to review our strategy for deployment.

In any case, a sound knowledge of the biological and genetic components of the pathosystem is important to design the most appropriate strategy for deployment of the different resistance genes [ 3].

The arising of resistance-breaking isolates under such restricted deployment of resistant varieties would provide valuable information to design breeding strategies for the deployment of resistance genes over large acreages whilst reducing the risks of the resistance being defeated.

Strategies for RUN1 deployment using RUN2 and REN2 to manage grapevine powdery mildew informed by studies of race-specificity.

To meet renewable energy goals, California will need to formulate strategies for greater deployment of renewable energy technologies on businesses and public properties.

This article shows upcoming demands on automation systems and discusses new strategies for software deployment of automation applications and communication systems to fulfill these requirements.

This project involves engineering design and manufacture of the robot, including its propulsion, slug-catching and navigation mechanisms; the development of behavioural strategies for optimal deployment of time and energy; the development of a digester, capable of breaking down slugs into a usable chemical medium; and the development of fuel cells for extracting electrical energy from this medium.