"resilient management" is a correct and usable phrase written English.
It typically describes a style of management characterized by agility, flexibility and resourcefulness in response to changing circumstances. For example, "The company's resilient management style enabled them to quickly adapt to the changing market conditions and maintain their competitive edge."
They also document sustainable farming practices by using resilient land management techniques which can help combat desertification and degradation of arable lands.
From the systems engineering perspective, the use of a tuplespace enables improved robustness and and more resilient resource management, which are necessary if ubiquitous computing is to achieve high penetration.
Such information is essential to support the development of sustainable and resilient plantation management systems.
Research on the impact of climate factors on tree growth and disturbances can provide scientific information for developing climate and disturbance resilient forest management practices in Mongolia.
In earlier work in the Indus Basin, Zia and Glantz (2012), based upon multiple stakeholder workshops with local policy-making and planning agencies, scientists, and civil society organizations, identified a range of policy and governance challenges for designing resilient risk management and land-use planning approaches.
Fine-scale studies on how topography (gradient, slope and aspect) trigger the effectiveness of climate factors and disturbances (e.g. fire) and therefore influence the response of tree growth may be beneficial for the development of planning alternatives for climate resilient forest management practices.
CGIAR scientists are equipping farming communities with sustainable and resilient soil management techniques to combat climate change, as well as exploring climate-smart soil protection and restoration practices.
In Africa, CGIAR scientists are working from the ground up to help equip farming communities with sustainable and resilient soil management techniques to combat climate change and assessing the climate-smartness of soil protection and restoration practices in Kenya, Ethiopia, Burkina Faso, India and Benin as part of the BMZ Special Initiative 'One World - No Hunger'.
In contrast, basins underlain by resistant lithologies (intrusive rocks) had lower SSY and were more resilient to management-related increases in SSY.
We reduce the task of ensuring serializability in MDBSs in the presence of failures to solving three independent subproblems, solutions to which together constitute a complete strategy for failure-resilient transaction management in MDBS environments.
