Ecology of Agricultural Pests: Biochemical approaches
Advances in biochemical techniques are revolutionizing the study of invertebrate ecology. Their application to pest problems is generating detailed information on the population genetics of pests, pest-predator relationships and interactions between pests and their environment.
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Biochemical systematics principles and perspectives for pest management
Combined use of biochemical immunological and molecular assays for infection species identification and resistance detection in field populations of...
Studies of interactions between alfalfa weevil strains Wolbachia endosymbionts and parasitoids
Biochemical approaches to the study of ecological genetics the role of selection and gene flow in the evolution of insecticide resistance
A molecular and ecological investigation of the large arionid slugs of NorthWest Europe the potential for new pests
Systematics of brown planthopper and related species using nuclear and mitochondrial DNA
Application of novel molecular markers DNA in agricultural entomology
Location of resistance to Brevicoryne brassicae in wild brassica species
Polyclonal monoclonal and engineered antibodies to investigate the role of predation in slug population dynamics
The potential of combinatorial antibody libraries in pest predator relationship studies
Serological analysis of predators of Helicoverpa armigera Hubner Lepidoptera Noctuidae eggs in sorghumpigeonpea intercropping at ICRISAT India...
Using gut content immunoassays to evaluate predaceous biological control agents a case study
An environmental risk assessment for release of an exotic microsporidium for European corn borer control in North America
Progress in quantifying predation using antibody techniques
Electrophoretic approaches to predatorprey interactions
Genetics of esterases in laboratory and feral cotton boll weevils Anthonomus grandis Boheman
The use of DNA markers in population genetics and ecological studies of the Desert Locust Schistocerca gregaria Orthoptera Acrididae
The use of DNA analysis and the polymerase chain reaction in the study of introduced pests in New Zealand
Serological analysis of arthropod predation past present and future
Serological diagnosis of parasitism a monoclonal antibodybased immunodot assay for Microplitis croceipes Hymenoptera Braconidae
Agricultural Pests alfalfa weevil alleles allozyme amplified analysis Anopheles antigen aphid Arion armigera arthropod assay ater beetles Biochemical biological control bollworm brassica carabid Chapman & Hall clones croceipes crops Desert Locust detection Diptera DNA fingerprinting DNA sequence Drosophila Ecology of Agricultural eggs electrophoresis ELISA Entomological Society Entomology enzyme esterase European corn borer Evolution feeding field Figure fragments frequency furnacalis gene flow genome Greenstone Hagler Heliothis Hsiao Hymenoptera identification individuals insect insecticide resistance instars J.E. Liddell Journal laboratory large arionids larvae lectin Lepidoptera loci Loxdale lugens lusitanicus MAbs markers methods microsporidia mitochondrial DNA Molecular Biology monoclonal antibody mosquito mtDNA Noctuidae nuclear parasitism parasitoids phylogenetic planthopper polymerase precipitin test predators prey primers probes production protein RAPD rates rDNA regions Research ribosomal samples serological slug species studies Sunderland Symondson and J.E. Symondson and Liddell taxa techniques tion variable variation W.O.C. Symondson weevil strains whitefly Wolbachia
Pagina ii - ... and professional scientists in all branches of biology who are entitled to purchase its volumes at a discounted price. The first of the Systematics Association's publications, The New Systematics, edited by its then president Sir Julian Huxley, was a classic work. Over 60 volumes have now been published in the Association's 'Special Volume' series often in rapidly expanding areas of science where a modern synthesis is required.