Second and third trophic level effects of differences in plant species reflect dietary specialisation of herbivores and their endoparasitoids

Keyphrases

• Adult Size 20%
• Allelochemicals 40%
• Barbarea Vulgaris 20%
• Braconidae 20%
• Brassica Oleracea 20%
• Cotesia Glomerata 20%
• Cotesia Marginiventris 20%
• Crucifer 40%
• Crucifers 40%
• Defense Strategy 20%
• Development Time 20%
• Dietary Specialization 100%
• Direct Defense 80%
• Endoparasitoid 100%
• Fitness Traits 20%
• Folivores 20%
• Generalist Herbivore 40%
• Herbivore 100%
• Herbivore Attack 20%
• Host Quality 20%
• Hymenoptera 20%
• Indirect Defense 80%
• Lepidoptera 20%
• Level Effect 100%
• Life History Patterns 20%
• Natural Enemies 40%
• Natural Populations 20%
• Nigra 20%
• Noctuidae 20%
• Oligophagous 20%
• Parasitoid 60%
• Parasitoid Fitness 20%
• Pieridae 20%
• Pieris Brassicae 20%
• Plant Allelochemicals 20%
• Plant Species 100%
• Polyphagous 20%
• Pupal Size 20%
• Secondary Chemistry 20%
• Secondary Compounds 20%
• Spodoptera Exigua 20%
• Trophic Level 100%
• Wild Crucifers 20%

Agricultural and Biological Sciences

• Allelochemical 75%
• Barbarea vulgaris 25%
• Braconidae 25%
• Cotesia glomerata 25%
• Cotesia marginiventris 25%
• Endoparasitoids 100%
• Folivore 25%
• Growth and Development 25%
• Hymenoptera 25%
• Lepidoptera 25%
• Life History 25%
• Noctuidae 25%
• Parasitoid 100%
• Pieridae 25%
• Pieris brassicae 25%
• Spodoptera exigua 25%
• Trophic Level 100%