Adaptive latitudinal variation of the duration and thermal requirements for development in the ground beetle Amara communis (Panz.) (Coleoptera, Carabidae)

Лопатина, Е. Б.; Kipyatkov, V. E.; Balashov, S. V.; Dubovikoff, D.A.; Соколова, И. В.

doi:10.1134/s0013873812020029

Cited by 9 publications

(8 citation statements)

References 20 publications

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“…There was no such tendency under the short day. The earlier studies on A. communis from St. Petersburg and Arkhangelsk at the 22L:2D photoperiod did not find any temperature effect on body weight [29].…”

Section: Discussionmentioning

confidence: 98%

Photoperiod-temperature interaction-a new form of seasonal control of growth and development in insects and in particular a Carabid Beetle, Amara communis (Coleoptera: Carabidae)

Лопатина

Kipiatkov

Balashov

et al. 2011

J Evol Biochem Phys

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Amara communis larvae were found to develop significantly faster and to have higher growth rate at short-day (12 h) as compared to long-day (22 h) photoperiods at all used temperatures (16, 18, 20, and 22°С). The coefficient of linear regression of larval development rate on temperature was significantly higher at the short day than at the long day. The thermal developmental thresholds appeared similar at both photoperiods. Body weight of young beetles reared under different photoperiods was almost the same. Thus, photoperiod does not simply accelerate or decelerate insect development, but modifies the thermal reaction norm. At short days, larval development becomes faster and more temperature-dependent, which provides a timely completion of development at the end of summer. The analysis of literature data has allowed us to find the photoperiodic modification of thermal requirements for development in 5 insect orders: Orthoptera, Heteroptera, Coleoptera, Lepidoptera, and Diptera. Modification may result in significant changes in the slope of the regression line, and hence the sum of degree-days, and in the thermal developmental threshold. Consequently, the thermal requirements for development in many insects gradually vary during summer under the effect of changing day-length, which may have adaptive significance. Thus, the photoperiodic modification of thermal reaction norms acts as a specific form of seasonal control of insect development.

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Section: Discussionmentioning

confidence: 98%

Photoperiod-temperature interaction-a new form of seasonal control of growth and development in insects and in particular a Carabid Beetle, Amara communis (Coleoptera: Carabidae)

Лопатина

Kipiatkov

Balashov

et al. 2011

J Evol Biochem Phys

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“…At least two studies show that this variation can be affected by artificial selection (Driessen et al , ; Balashov & Kipyatkov, ). Interpopulation variation of thermal reaction norms or, equivalently, interpopulation variation of ‘thermal constants’, is also described for several insect species (Nealis et al , ; Kipyatkov & Lopatina, ; Kipyatkov et al , ; Lopatina et al , ). Finally, thermal reaction norms for development in insects and in P. apterus in particular can be under environmental control via the effects of photoperiod (Lopatina et al , ) and diet (present study).…”

Section: Discussionmentioning

confidence: 92%

The influence of diet on the duration and thermal sensitivity of development in the linden bug Pyrrhocoris apterusL. (Heteroptera: Pyrrhocoridae)

2014

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Temperature and nutrition are crucial environmental variables that determine rates of growth and development in insects. However, the simultaneous effect of these factors on life‐history traits is rarely addressed. In the present study, the influence of two diets (linden fruit and sunflower seeds) on the duration of immature stages and thermal reaction norms for development is tested in the bug Pyrrhocoris apterus L. (Heteroptera: Pyrrhocoridae). Eggs and larvae are reared at five constant temperatures (20, 22, 24, 26 and 28 °C) under an LD 20 : 4 h photocycle. Development rates deviate from linearity in the studied thermal range, especially in larvae; therefore, a nonlinear (power‐law) approximation is also attempted. Parental diet causes no change in thermal reaction norms for egg development. However, the progeny of sunflower‐fed bugs are more variable in terms of their development time, suggesting a transgenerational effect. Larval mortality rates increase in cooler conditions and are always higher on sunflower seeds. This is accompanied by more variable, less temperature‐dependent and generally slower larval development. A review of previously published case studies on temperature–diet interactions in the control of insect development leads to two general conclusions. First, there are two approaches for assessing the temperature‐dependent development in insects: one based on the concept of the sum of degree‐days and the other based on the concept of reaction norm. Despite an obvious non‐exclusiveness, the two approaches appear to have developed in isolation from each other. Second, three principal patterns of temperature–diet interactions can be recognized. The pattern found in P. apterus (the direct effects of diet are stronger at higher temperatures and much weaker or absent at lower temperatures) appears to be the most widespread.

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“…На состав комплекса доминирующих видов жужелиц экспериментальных участков значимо влияют температура почвенной подстилки и уровень освещённости. Полученный результат согласуется с ранее проведёнными лабораторными экспериментами по термопреферендумам и влиянию фотопериода на развитие массовых видов жужелиц в зональном распределении от широколиственных лесов до северной тайги [Balashov et al, 2011a, b;Lopatina et al, 2011Lopatina et al, , 2012. Так, для видов Poecilus versicolor Sturm, 1824 и A. communis на северном краю ареала установлены предпочтения более высоких значений температур по сравнению с видом P. melanarius [Balashov et al, 2011a].…”

Section: Discussionunclassified

“…Так, виды с преимущественно дневной активностью, одногодичным жизненным циклом и весенним типом развития (A. communis) предпочитают более высокую температуру [Balashov et al, 2011a]. В том числе установлено, что у вида A. communis скорость роста и развития зависят от температуры и фотопериода (форма Влияние экологических факторов на структуру населения жужелиц Архангельска сезонной регуляции) -с увеличением температуры и при коротком дне данные показатели возрастают [Lopatina et al, 2011[Lopatina et al, , 2012. Виды жужелиц с преимущественно круглосуточной и ночной активностью, возможностью двухгодичного жизненного цикла и осенним типом развития (С. melanocephalus, P. melanarius) имеют более низкие значения термопреферендума [Balashov et al, 2011a].…”

Section: Discussionunclassified

“…Проведены исследования по адаптивным возможностям разных видов семейства к высоким широтам, через трансформацию их жизненного цикла [Filippov, 2008]. Имеется ряд публикаций по изучению термопреферендумов и связанных с температурой экологофизиологических адаптаций разных видов жужелиц при их продвижении на Север [Saska, Honek, 2003;Balashov et al, 2011а,b;Lopatina et al, 2011Lopatina et al, , 2012Saska et al, 2014].…”

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Impact of environmental factors on the population structure of ground beetles in city and suburban meadows of Arkhangelsk, Russia

Vikhreva

Zubrii

Filippov

et al. 2019

EEJ

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Резюме. В статье обсуждается влияние экологических факторов на структуру населения жужелиц лугов разного хозяйственного значения города Архангельска и посёлка Лапоминка. В период с мая по сентябрь 2016 года на 6 экспериментальных участках было собрано 56 видов жужелиц. Установлено, что (1) структура фауны и альфа-разнообразия жужелиц луговых участков города и посёлка не имеет значимых отличий; (2) значимые отличия бета-разнообразия жужелиц и комплекса доминантных видов на лугах города и посёлка формируются за счёт разницы значений температуры почвенной подстилки и уровня освещённости; (3) за счёт увеличения уровня освещённости и температуры почвенной подстилки на лугах после сенокоса меняется комплекс доминантных видов жужелиц.

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Adaptive latitudinal variation of the duration and thermal requirements for development in the ground beetle Amara communis (Panz.) (Coleoptera, Carabidae)

Cited by 9 publications

References 20 publications

Photoperiod-temperature interaction-a new form of seasonal control of growth and development in insects and in particular a Carabid Beetle, Amara communis (Coleoptera: Carabidae)

Photoperiod-temperature interaction-a new form of seasonal control of growth and development in insects and in particular a Carabid Beetle, Amara communis (Coleoptera: Carabidae)

The influence of diet on the duration and thermal sensitivity of development in the linden bug Pyrrhocoris apterusL. (Heteroptera: Pyrrhocoridae)

Impact of environmental factors on the population structure of ground beetles in city and suburban meadows of Arkhangelsk, Russia

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