Results 61 to 70 of about 1,447 (181)
Chrysoperla harrisii (Fitch) 1855
Published as part of GARLAND, J. A. & KEVAN, D. K. MCE., 2007, Chrysopidae of Canada and Alaska (Insecta, Neuroptera): revised checklist, new and noteworthy records, and geo-referenced localities, pp.
GARLAND, J. A., KEVAN, D. K. MCE.
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Summer Rainfall Drives Adaptation with Gene Flow in a Widespread Butterfly
ABSTRACT Understanding how environmental variation interacts with gene flow to shape population genomic patterns is a central goal in evolutionary biology. We investigated how geographic and environmental differences impact genetic variation in the clouded sulfur butterfly (Colias philodice eriphyle) by conducting whole‐genome resequencing across ...
Lily F. Durkee +5 more
wiley +1 more source
Se describe e ilustra Telenomus chrysoperlae sp. nov. (Hymenoptera) que se comporta como parasitoide de huevos de Chrysoperla asoralis (Bank) (Neuroptera) en Mendoza, Argentina. Se compara con las especies afines T. chrysopae Ashmead y T.
Marta S. Loiácono +2 more
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The cotton aphid, Aphis gossypii Glover and predators on Catalpa bignonioides Walt.
In 1998–2001, the cotton aphid (Aphis gossypii Glover, Homoptera, Aphididae) was found to complete its holocycle on Catalpa bignonioides Walt. in Ljubljana (Slovenia). The infested leaves showed curling. The aphid was very damaging by causing the flowers
Lea MILEVOJ
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Chrysoperla carnea (Stephens, 1836) Chrysopa carnea Stephens, 1836: 103. Type locality: United Kingdom (England: near London). Chrysopa affinis Stephens, 1836: 104. Type locality: United Kingdom (England: near London, or in Dover or Devonshire). Chrysopa microcephala Brauer, 1850: 6. Type locality: Austria (Wien). Chrysopa perla var.
Wachkoo, Aijaz Ahmad +5 more
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This study employs an AI‐driven multidisciplinary approach to increase our understanding of the toxicological effects of sublethal concentrations of carlina oxide on Prostephanus truncatus. Sublethal exposure to the carlina oxide induced changes in motor patterns and thigmotaxis, highlighting its potential role in integrated pest management strategies.
Anita Casadei +9 more
wiley +1 more source
* Chrysoperla orestes (Banks, 1911) Chrysopa orestes Banks, 1911a: 102. Type locality: India (Bihar: Pusa). Indian distribution: Bihar: Samastipur Dist.: Pusa (village); Karnataka: Raichur Dist.: Jawalagera [Jawalagiri](village); Madhya Pradesh: [no further locality]; Odisha [Orissa]: Balasore Dist.: Balasore (city), Khantapara (locale); Tamil Nadu ...
Wachkoo, Aijaz Ahmad +5 more
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Chrysoperla rufilabris (Burmeister 1839
Published as part of GARLAND, J. A. & KEVAN, D. K. MCE., 2007, Chrysopidae of Canada and Alaska (Insecta, Neuroptera): revised checklist, new and noteworthy records, and geo-referenced localities, pp.
GARLAND, J. A., KEVAN, D. K. MCE.
openaire +2 more sources
ABSTRACT Agricultural intensification is a major driver of global arthropod declines. Habitat management strategies, such as cultivated refuge strips (CRS), can counteract these effects by enhancing biodiversity, promoting conservation biological control and improving agroecosystem resilience.
K. Strydom +3 more
wiley +1 more source
Los crisópidos son depredadores, económicamente importantes, de varias plagas de la agricultura. En Argentina, las especies registradas dentro del género Chrysoperla Steinmann, 1964 son C. externa (Hagen, 1861) , C. asoralis (Banks, 1915) , C. argentina (
Marina HARAMBOURE +3 more
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