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A self‐powered portable insect suction sampler and its use to assess the effects of azinphos methyl and endosulfan on blossom beetle populations on oil seed rape

DOI

22

Citations

6

References

1973

Year

A. J. ARNOLD, P. H. Needham, J. H. Stevenson
Annals of Applied Biology

Abstract

SUMMARY A new portable insect suction sampler, powered by a small petrol engine, is described. It has been in use for three seasons, and examples given of samples taken from oil‐seed rape demonstrate that the suction method is more informative than visual counts or sweep‐net sampling for assessing blossom beetle populations.

References

YearCitations

An Improved Backpack Motor Fan for Suction Sampling of Insect Populations1

E. J. Dietrick

Journal of Economic Entomology

1961

225

A New Method for Sampling Arthropods Using a Suction Collecting Machine and Modified Berlese Funnel Separator1

E. J. Dietick, Evert I. Schlinger, R. van den Bosch

Journal of Economic Entomology

1959

109

A new Method of extracting Arthropods and Molluscs from Grassland and Herbage with a Suction Apparatus

C. G. Johnson, T. R. E. Southwood, Helen M. Entwistle

Bulletin of Entomological Research

1957

56

The toxicity to foraging honeybees, Apis mellifera, of endosulfan, malathion and azinphos‐methyl applied to flowering oil seed rape, Brassica napus

P. H. Needham, J. H. Stevenson

Annals of Applied Biology

1973

15

Field observations on the control of blossom beetles (<i>Meligethes aeneus</i> F.) and cabbage‐seed weevils (<i>Ceuthorhynchus assimilis</i> Payk.) on mustard‐seed crops in East Anglia

A. L. Winfield

Annals of Applied Biology

1961

14

An Inexpensive Portable Suction Insect Sampler2

E. A. Harrell, Robert Β. Davis

Journal of Economic Entomology

1965

13

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