<p>Years span from 2006–2010, missing years noted in parentheses. Summary of seasonal metrics (minimum, maximum and mean day of the year) across all sites, and mean for each year for <i>C. obsoletus</i> group (<i>Avaritia</i> females), <i>C. obsoletus</i> (<i>Avaritia</i> males), <i>C. scoticus</i> (<i>Avaritia</i> males), <i>C. dewulfi</i> (<i>Avaritia</i> males), and <i>C. chiopterus</i> (<i>Avaritia</i> males). START: start of season (day of year), END: end of season (day of year), OVERWINTER: length of overwinter period (days).</p><p>Summary of number of site-by-year combinations observed for each complex or species by timing metric used in the analysis.</p
Organisms that reproduce in temperate regions have limited time to produce offspring successfully, a...
<p>The red arrows correspond to peak of abundance of species for the period 1 to 3 (noted: P1, P2, P...
<p>The events are timing of juvenile appearance (Julian day at which 10% of young were captured), br...
<p>Box plots show the median (central line), box denotes 25<sup>th</sup> and 75<sup>th</sup> percent...
<p><b>Legend</b>:</p><p>Temp. Season</p><p>↔ = N.S. S.</p><p>Δ = S. N.S.</p><p>\ = N.S. N.S.</p><p>□...
<p>Analysis of the time partitioning between years, and within the year, ...
<p>Data were summarized for the 2011-monitoring year (<b>A</b>), and then by site (<b>B</b>), and by...
*<p>The Hymenoptera include Symphyta, Formicidae and Aculeata.</p><p>For the period 2006–2007, the m...
<p>Total list of the species found in the photoquadrats, ordered according to their codes as used in...
<p>The annual cycle of seasons follow a chronological sequence: (1) dry, non-peak breeding (December...
<p>* The numbers in the brackets represent the date when the nymphal population was in early instars...
Organisms need to time their annual-cycle stages, like breeding and migration, to occur at the right...
The timing and synchrony of mating activity in a population may vary both within and among years. Wi...
1.Many animals and plant species have advanced spring phenology in response to climate warming. The ...
<p>Species are presented in descending order of cumulative frequency representing 99% of individuals...
Organisms that reproduce in temperate regions have limited time to produce offspring successfully, a...
<p>The red arrows correspond to peak of abundance of species for the period 1 to 3 (noted: P1, P2, P...
<p>The events are timing of juvenile appearance (Julian day at which 10% of young were captured), br...
<p>Box plots show the median (central line), box denotes 25<sup>th</sup> and 75<sup>th</sup> percent...
<p><b>Legend</b>:</p><p>Temp. Season</p><p>↔ = N.S. S.</p><p>Δ = S. N.S.</p><p>\ = N.S. N.S.</p><p>□...
<p>Analysis of the time partitioning between years, and within the year, ...
<p>Data were summarized for the 2011-monitoring year (<b>A</b>), and then by site (<b>B</b>), and by...
*<p>The Hymenoptera include Symphyta, Formicidae and Aculeata.</p><p>For the period 2006–2007, the m...
<p>Total list of the species found in the photoquadrats, ordered according to their codes as used in...
<p>The annual cycle of seasons follow a chronological sequence: (1) dry, non-peak breeding (December...
<p>* The numbers in the brackets represent the date when the nymphal population was in early instars...
Organisms need to time their annual-cycle stages, like breeding and migration, to occur at the right...
The timing and synchrony of mating activity in a population may vary both within and among years. Wi...
1.Many animals and plant species have advanced spring phenology in response to climate warming. The ...
<p>Species are presented in descending order of cumulative frequency representing 99% of individuals...
Organisms that reproduce in temperate regions have limited time to produce offspring successfully, a...
<p>The red arrows correspond to peak of abundance of species for the period 1 to 3 (noted: P1, P2, P...
<p>The events are timing of juvenile appearance (Julian day at which 10% of young were captured), br...