Climate change, especially temperature increase, would affect insect physiology, behavior,
and development as well as species distribution and abundance, evidenced by changes in …

Abstract Effect of modified atmospheres (MAs) containing CO2 at 20, 40, 60 and 80% or
containing N2 at 97 and 98% on the mortality of Corcyra cephalonica Stainton (Lepidoptera …

Stresses can be caused by multiple biotic and abiotic factors and their effects can affect both
the biology and the immune system of insects. American cockroach–Periplaneta americana …

Current predictions suggest that global mean temperature rise up to 3.4° C by 2100 and
such change is unlikely to affect the synchrony of growth and development of the insect …

L ygus hesperus K night (H emiptera: M iridae), a key pest species distributed throughout the
western USA, survives winter in a state of diapause. A laboratory population was examined …

Respiratory activity is an important indicator of life processes and physiological status of all
organisms. This is because it reveals how energy is acquired, transformed, allocated …

Eco-Physiological Aspects of Adaptation to Seasonal Environments. The Latitudinal Range
Expansion of the Colorado Potato Beetle Page 1 JYVÄSKYLÄ STUDIES IN BIOLOGICAL …

Metabolic Reserve (MR) is critical for success of adult mosquitoes, and its availability across
life stages of mosquitoes is affected by abiotic factors such as water hardness. We …

Background: Sexual differences in physiologies could results in significant variation in
energy generation, allocation, and utilization among males and females organisms …