Add to ORKGIn a recent paper Beament (1958 a) has examined the physico-chemical problems associated with the measurement of evaporation from small animals and has described a method of investigation which gives results suitable for physical analysis; this method reveals an abrupt breakdown in the waterproofing system o
The integument protects the organism against penetration of xenobiotics and water that would potenti...
Terrestrial arthropods, at constant risk from desiccation, are highly sensitive to atmospheric tempe...
Insect hygroreceptors associate as antagonistic pairs of a moist cell and a dry cell together with a...
Recent investigations into the permeability of the integument of terrestrial insects (Beament, 1958a...
The epicuticular wax layer prevents excessive loss of body water in most insects. The innermost laye...
lipoid material which is present on or near the outer surface of insect cuticle serves to restrict t...
In a recent note (Croghan and Noble-Nesbitt, 1989), it was shown that water permeability of the cock...
IN recent years, a large amount of work has been done on the effect of humidity conditions on terres...
This paper provides an introduction to the literature on the drying of porous solids and the relevan...
Earlier work on the effect of temperature upon the rate of transpiration from arthropods appeared to...
peer reviewedIt is well known that the weight of some fasting insects increases when they are expose...
The rigorous limitation of evaporative water loss is essential for the survival of small arthropods ...
The ecophysiology of cold tolerance in many terrestrial invertebrate animals is based on water and i...
The weights of single mealworms were continuously recorded at 20 °C during exposure to periods of co...
Quantitative studies have been made by previous workers on the reactions to humidity of three classe...
The integument protects the organism against penetration of xenobiotics and water that would potenti...
Terrestrial arthropods, at constant risk from desiccation, are highly sensitive to atmospheric tempe...
Insect hygroreceptors associate as antagonistic pairs of a moist cell and a dry cell together with a...
Recent investigations into the permeability of the integument of terrestrial insects (Beament, 1958a...
The epicuticular wax layer prevents excessive loss of body water in most insects. The innermost laye...
lipoid material which is present on or near the outer surface of insect cuticle serves to restrict t...
In a recent note (Croghan and Noble-Nesbitt, 1989), it was shown that water permeability of the cock...
IN recent years, a large amount of work has been done on the effect of humidity conditions on terres...
This paper provides an introduction to the literature on the drying of porous solids and the relevan...
Earlier work on the effect of temperature upon the rate of transpiration from arthropods appeared to...
peer reviewedIt is well known that the weight of some fasting insects increases when they are expose...
The rigorous limitation of evaporative water loss is essential for the survival of small arthropods ...
The ecophysiology of cold tolerance in many terrestrial invertebrate animals is based on water and i...
The weights of single mealworms were continuously recorded at 20 °C during exposure to periods of co...
Quantitative studies have been made by previous workers on the reactions to humidity of three classe...
The integument protects the organism against penetration of xenobiotics and water that would potenti...
Terrestrial arthropods, at constant risk from desiccation, are highly sensitive to atmospheric tempe...
Insect hygroreceptors associate as antagonistic pairs of a moist cell and a dry cell together with a...