Matches in SemOpenAlex for { <https://semopenalex.org/work/W2148049341> ?p ?o ?g. }
Showing items 1 to 78 of
78
with 100 items per page.
- W2148049341 endingPage "324" @default.
- W2148049341 startingPage "317" @default.
- W2148049341 abstract "Seasonal adaptations of green lacewings (Neuroptera: Chrysopidae) and their role in the control of aphid populations are discussed. The chrysopids of temperate zones face seasonal changes and must escape cyclic adversity. One way is via the number of broods per year. Most green lacewings are facultatively multivoltine, with the succession of generations most often regulated by photomediated diapause. Others are univoltine and some extend their life-cycle to two years in cold or dry environments. Synchronization is an important feature of seasonality, often starting in spring. In univoltine species, it is sometimes the result of subtle mechanisms, such as double contradictory signals (short plus long day lengths) for reactivation in spring, or a multi-receptivity of the preimaginal instars to photoperiod throughout a year, combined with photo-controlled and synchronized egg laying in late summer. Only one North American species is known to enter a surnumerary food-mediated diapause in summer. Every postembryonic instar may undergo diapause depending on the species. The timing and impact of the spring resumption in aphid consumption depends on their overwintering strategy.As far is known, chrysopids are intolerant of freezing, but their supercooling points are low enough to enable them to endure hard frost. The numbers of overwintering specimens of green lacewings in the field depend on the structure of the assemblages in the previous growing season. Three examples are used to show that the overwintering populations are different in the different biotopes and dependent on the way the dominant species overwinter. Artificial chambers proposed for overwintering adults of common green lacewings afford them protection during diapause and enhance their predatory efficiency in spring." @default.
- W2148049341 created "2016-06-24" @default.
- W2148049341 creator A5066308985 @default.
- W2148049341 date "2005-08-15" @default.
- W2148049341 modified "2023-09-29" @default.
- W2148049341 title "Seasonal adaptations of green lacewings (Neuroptera: Chrysopidae)" @default.
- W2148049341 cites W1490008001 @default.
- W2148049341 cites W1566109206 @default.
- W2148049341 cites W193722801 @default.
- W2148049341 cites W1982236340 @default.
- W2148049341 cites W1987159960 @default.
- W2148049341 cites W1991616895 @default.
- W2148049341 cites W1998025224 @default.
- W2148049341 cites W2006414692 @default.
- W2148049341 cites W2006678803 @default.
- W2148049341 cites W2030267073 @default.
- W2148049341 cites W2034514287 @default.
- W2148049341 cites W2055998387 @default.
- W2148049341 cites W2080391153 @default.
- W2148049341 cites W2096238836 @default.
- W2148049341 cites W2170848479 @default.
- W2148049341 cites W2327943028 @default.
- W2148049341 cites W2331670919 @default.
- W2148049341 cites W4233485257 @default.
- W2148049341 cites W4240226074 @default.
- W2148049341 cites W4242289122 @default.
- W2148049341 cites W4247262569 @default.
- W2148049341 cites W4250395285 @default.
- W2148049341 doi "https://doi.org/10.14411/eje.2005.049" @default.
- W2148049341 hasPublicationYear "2005" @default.
- W2148049341 type Work @default.
- W2148049341 sameAs 2148049341 @default.
- W2148049341 citedByCount "37" @default.
- W2148049341 countsByYear W21480493412015 @default.
- W2148049341 countsByYear W21480493412016 @default.
- W2148049341 countsByYear W21480493412017 @default.
- W2148049341 countsByYear W21480493412018 @default.
- W2148049341 countsByYear W21480493412019 @default.
- W2148049341 countsByYear W21480493412020 @default.
- W2148049341 countsByYear W21480493412022 @default.
- W2148049341 countsByYear W21480493412023 @default.
- W2148049341 crossrefType "journal-article" @default.
- W2148049341 hasAuthorship W2148049341A5066308985 @default.
- W2148049341 hasBestOaLocation W21480493411 @default.
- W2148049341 hasConcept C188382862 @default.
- W2148049341 hasConcept C18903297 @default.
- W2148049341 hasConcept C2776611274 @default.
- W2148049341 hasConcept C2780577104 @default.
- W2148049341 hasConcept C86803240 @default.
- W2148049341 hasConcept C90856448 @default.
- W2148049341 hasConceptScore W2148049341C188382862 @default.
- W2148049341 hasConceptScore W2148049341C18903297 @default.
- W2148049341 hasConceptScore W2148049341C2776611274 @default.
- W2148049341 hasConceptScore W2148049341C2780577104 @default.
- W2148049341 hasConceptScore W2148049341C86803240 @default.
- W2148049341 hasConceptScore W2148049341C90856448 @default.
- W2148049341 hasIssue "3" @default.
- W2148049341 hasLocation W21480493411 @default.
- W2148049341 hasLocation W21480493412 @default.
- W2148049341 hasOpenAccess W2148049341 @default.
- W2148049341 hasPrimaryLocation W21480493411 @default.
- W2148049341 hasRelatedWork W1597956471 @default.
- W2148049341 hasRelatedWork W1946640636 @default.
- W2148049341 hasRelatedWork W2051424120 @default.
- W2148049341 hasRelatedWork W2068036887 @default.
- W2148049341 hasRelatedWork W2106819501 @default.
- W2148049341 hasRelatedWork W2115593866 @default.
- W2148049341 hasRelatedWork W2177244949 @default.
- W2148049341 hasRelatedWork W2213845891 @default.
- W2148049341 hasRelatedWork W2520849903 @default.
- W2148049341 hasRelatedWork W2929628838 @default.
- W2148049341 hasVolume "102" @default.
- W2148049341 isParatext "false" @default.
- W2148049341 isRetracted "false" @default.
- W2148049341 magId "2148049341" @default.
- W2148049341 workType "article" @default.