<p>The dependent variable was log<sub>e</sub>(<i>n</i>+1) where <i>n</i> was the number of flies captured per day.</p><p>The effects of calendar date (<i>t</i> and <i>t</i><sup>2</sup>) and maximum temperature (<i>Tmax</i>) on daily catches of male <i>G</i>. <i>m</i>. <i>morsitans</i> and <i>G</i>. <i>pallidipes</i>, and females that were either pre-full-term pregnancy (pre-FT) or perinatal, from a trap inserted into the entrances of 20 burrows at sites 1 to 5 at Rekomitjie Research Station, 8 September – 25 November 1998.</p
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
Increasing global temperatures may affect many ectotherms, including insects, although increasing te...
Environmental challenges presented by temperature variation can be overcome through phenotypic plast...
<p>The effects of calendar date (t) and burrow siting on the numbers of tsetse puparia collected fro...
<p>Catches of male, and of pre-FT and perinatal female, <i>G</i>. <i>pallidipes</i> from artificial ...
<p>Changes with time and daily maximum temperature in the numbers of pre-full-term-pregnancy (Pre-FT...
The effects of rearing temperature (and photoperiod) on growth, development, body size, and diapause...
Immature Orconectes immunis were obtained from Michigan in August, 1973, and July 1974 to determine ...
The effects of rearing temperature (and photoperiod) on growth, development, body size, and diapause...
We investigated four predictions about how temperature, photoperiod and sex affect the life history ...
Reproductive diapause is a primary mechanism used by arthropods to synchronize their life cycle with...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
Increasing global temperatures may affect many ectotherms, including insects, although increasing te...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
Increasing global temperatures may affect many ectotherms, including insects, although increasing te...
Environmental challenges presented by temperature variation can be overcome through phenotypic plast...
<p>The effects of calendar date (t) and burrow siting on the numbers of tsetse puparia collected fro...
<p>Catches of male, and of pre-FT and perinatal female, <i>G</i>. <i>pallidipes</i> from artificial ...
<p>Changes with time and daily maximum temperature in the numbers of pre-full-term-pregnancy (Pre-FT...
The effects of rearing temperature (and photoperiod) on growth, development, body size, and diapause...
Immature Orconectes immunis were obtained from Michigan in August, 1973, and July 1974 to determine ...
The effects of rearing temperature (and photoperiod) on growth, development, body size, and diapause...
We investigated four predictions about how temperature, photoperiod and sex affect the life history ...
Reproductive diapause is a primary mechanism used by arthropods to synchronize their life cycle with...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
Increasing global temperatures may affect many ectotherms, including insects, although increasing te...
To maximize their fitness, organisms need to synchronize their phenology with the seasonal variation...
Increasing global temperatures may affect many ectotherms, including insects, although increasing te...
Environmental challenges presented by temperature variation can be overcome through phenotypic plast...