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You searched for: Publication year rev 7986-2014 Remove constraint Publication year rev: 7986-2014 Subject term Hylobius abietis Remove constraint Subject term: Hylobius abietis Subject term adults Remove constraint Subject term: adults Text availability Citation in PubAg Remove constraint Text availability: Citation in PubAg
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1. Diel behaviour and time budget of the adult pine weevil Hylobius abietis

Author:
Frauke Fedderwitz; Niklas Björklund; Velemir Ninkovic; Göran Nordlander
Source:
Physiological entomology 2014 v.39 no.2 pp. 103-110
ISSN:
0307-6962
Subject:
Hylobius abietis; Picea abies; adults; egg production; females; forest regeneration; girdling; locomotion; males; plant response; seedlings; Europe
Abstract:
... The pine weevil [Hylobius abietis (L.); Coleoptera: Curculionidae] has a high economic impact on forest regeneration in Europe. The general biology of the pine weevil has received considerable attention, although there is insufficient knowledge about its diel behaviour and time budget. Therefore, in the present study, the feeding and locomotion behaviour of individual adult weevils on Norway spruc ...
DOI:
10.1111/phen.12053

2. Modelling geographical variation in voltinism of Hylobius abietis under climate change and implications for management

Author:
David Wainhouse; Daegan J. G. Inward; Geoffrey Morgan
Source:
Agricultural and forest entomology 2014 v.16 no.2 pp. 136-146
ISSN:
1461-9555
Subject:
Hylobius abietis; adults; air; air temperature; chemical control; climate; climate change; climate models; conifers; economic impact; geographical variation; microhabitats; pest management; simulation models; trees; United Kingdom
Abstract:
... Hylobius abietis develop in conifer root‐stumps and emerging adults attack replanted trees. Development is largely semi‐voltine and this is an important determinant of economic impact, influencing the length of a fallow period or the frequency of chemical control. A simulation model followed a generation of weevils through the life cycle to predict voltinism based on temperature in the root‐stump ...
DOI:
10.1111/afe.12043