<p>The effects of calendar date (t) and burrow siting on the numbers of tsetse puparia collected from trays placed in 16 burrows at sites 6 to 9 at Rekomitjie Research Station, 28 August—8 November 1998. The dependent variable was loge(n+1) where n was the number of puparia collected per day. Site 6 was used as the reference for estimating site effects. R2 for the models were 0.62 and 0.49 for G. m. morsitans and G. pallidipes, respectively.</p><p>Experiment 1.</p
<p>The relationships between A) number of carabid species recorded and non-crop habitat island area,...
<p>Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...
<p>Densities are shown as mean ± SE for plots without (NC) and with (C) cockles during both experime...
<p>The dependent variable was log<sub>e</sub>(<i>n</i>+1) where <i>n</i> was the number of flies cap...
<p>Changes with time and daily maximum temperature in the numbers of pre-full-term-pregnancy (Pre-FT...
<p>Mean numbers of <i>G</i>. <i>m</i>. <i>morsitans</i> and <i>G</i>. <i>pallidipes</i> puparia coll...
<p>Diurnal distribution of daily catches (<i>n</i>) of pre-full-term-pregnancy (Pre-FT) and perinata...
<p>Mean number of A) carabid beetles and B) spiders collected per trap (i.e., activity density) and ...
<p>The relationships between A) number of collected carabids and non-crop habitat island area, B) nu...
<p>Experiment is to colleting the abundance of insects in grassland at day and night respectively. E...
<p>Method: The purpose of this experiment is to determine the abundance of different insect species ...
<p>We found no difference in the number of sampling periods in which parasitized and unparasitized f...
<p>The experiment was conducted to determine the insects abundance at day (8 A.M. to 8 P.M.) and nig...
<p>Distribution by site and species. Percentages refer to distribution between species.</p><p>The di...
<p>This experiment looked at how soil conditions and number of plant species affect the number of in...
<p>The relationships between A) number of carabid species recorded and non-crop habitat island area,...
<p>Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...
<p>Densities are shown as mean ± SE for plots without (NC) and with (C) cockles during both experime...
<p>The dependent variable was log<sub>e</sub>(<i>n</i>+1) where <i>n</i> was the number of flies cap...
<p>Changes with time and daily maximum temperature in the numbers of pre-full-term-pregnancy (Pre-FT...
<p>Mean numbers of <i>G</i>. <i>m</i>. <i>morsitans</i> and <i>G</i>. <i>pallidipes</i> puparia coll...
<p>Diurnal distribution of daily catches (<i>n</i>) of pre-full-term-pregnancy (Pre-FT) and perinata...
<p>Mean number of A) carabid beetles and B) spiders collected per trap (i.e., activity density) and ...
<p>The relationships between A) number of collected carabids and non-crop habitat island area, B) nu...
<p>Experiment is to colleting the abundance of insects in grassland at day and night respectively. E...
<p>Method: The purpose of this experiment is to determine the abundance of different insect species ...
<p>We found no difference in the number of sampling periods in which parasitized and unparasitized f...
<p>The experiment was conducted to determine the insects abundance at day (8 A.M. to 8 P.M.) and nig...
<p>Distribution by site and species. Percentages refer to distribution between species.</p><p>The di...
<p>This experiment looked at how soil conditions and number of plant species affect the number of in...
<p>The relationships between A) number of carabid species recorded and non-crop habitat island area,...
<p>Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...
<p>Densities are shown as mean ± SE for plots without (NC) and with (C) cockles during both experime...