This will enable biologists to predict whether adaptive changes are likely, to develop ways of detecting and monitoring such changes and, in certain circumstances, to manipulate or prevent such changes. Strong synergies between the labs will occur because of the diverse perspectives and expertise, shared common objectives, and a history of scholarship. Which factors enhance the likelihood of populations adapting to stressful environments. We will address these questions using insect systems. Insects are now regarded as the biomonitoring agents of choice.
Insects have a similar range of available genetic options under stressful environments.
Insects also threaten our welfare as they are major pests in agriculture and vectors for microorganisms responsible for diseases. This will keep production costs down, minimize toxic chemicals in our environment and help sustain agricultural yields. A method for the early and unambiguous detection of environmental toxins and pollutants. An overall understanding of stress adaptation and its limitations and of the underlying genetic and physiological mechanisms of stress resistance. We will promote public awareness of issues that need to be addressed if we are to conserve threatened species, sustain agricultural yields and cope with the impact of global warming.