Impact of landspread sewage sludge and earthworm introduction on established earthworms and soil structure

W. E. Hamilton, D. L. Dindal

Research output: Contribution to journalArticle

8 Citations (Scopus)

Abstract

Sewage sludge was applied to twelve 4-m2 plots in two forest (mixed hardwood, Norway spruce plantation) site and one old field site. The earthworm Eisenia fetida was introduced to half the control and half the treated plots. Earthworm populations were sampled by formalin extraction and hand-sorting five times in the year following treatment. One year after treatment, soil samples were wet-sieved and water-stable aggregate size-class arrays were determined. The dominant earthworm in the study site, Lumbricus terrestris, increased in density and mean individual biomass in response to sludge treatment in mixed hardwood and old field plots. In the Norway spruce plots, L. terrestris increased in individual biomass but decreased in density following sludge application. The density of the introduced E. fetida rapidly declined in all control plots. One year after introduction, E. fetida was found only in the sludge-treated Norway spruce plot. The introduction of E. fetida with sludge decreased the density and biomass of L. terrestris in the hardwood plots. Sludge treatment increased the percentages of 4-mm diameter water-stable aggregates in old field and hardwood plots. The addition of E. fetida with sludge in the hardwood plots generated no increase in 4-mm water-stable aggregates. In the old field, sludge + E. fetida increased the 4-mm water-stable aggregates. Little change in water-stable aggregates in response to either treatment combination was seen in the Norway spruce site.

Original languageEnglish (US)
Pages (from-to)160-165
Number of pages6
JournalBiology and Fertility of Soils
Volume8
Issue number2
DOIs
StatePublished - Jul 1 1989

Fingerprint

Oligochaeta
Eisenia fetida
sewage sludge
Sewage
soil structure
sludge
earthworms
earthworm
old field
Soil
hardwood
Lumbricus terrestris
Picea abies
Norway
biomass
water
Water
aggregate size
Biomass
mixed forest

All Science Journal Classification (ASJC) codes

  • Microbiology
  • Agronomy and Crop Science
  • Soil Science

Cite this

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title = "Impact of landspread sewage sludge and earthworm introduction on established earthworms and soil structure",
abstract = "Sewage sludge was applied to twelve 4-m2 plots in two forest (mixed hardwood, Norway spruce plantation) site and one old field site. The earthworm Eisenia fetida was introduced to half the control and half the treated plots. Earthworm populations were sampled by formalin extraction and hand-sorting five times in the year following treatment. One year after treatment, soil samples were wet-sieved and water-stable aggregate size-class arrays were determined. The dominant earthworm in the study site, Lumbricus terrestris, increased in density and mean individual biomass in response to sludge treatment in mixed hardwood and old field plots. In the Norway spruce plots, L. terrestris increased in individual biomass but decreased in density following sludge application. The density of the introduced E. fetida rapidly declined in all control plots. One year after introduction, E. fetida was found only in the sludge-treated Norway spruce plot. The introduction of E. fetida with sludge decreased the density and biomass of L. terrestris in the hardwood plots. Sludge treatment increased the percentages of 4-mm diameter water-stable aggregates in old field and hardwood plots. The addition of E. fetida with sludge in the hardwood plots generated no increase in 4-mm water-stable aggregates. In the old field, sludge + E. fetida increased the 4-mm water-stable aggregates. Little change in water-stable aggregates in response to either treatment combination was seen in the Norway spruce site.",
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Impact of landspread sewage sludge and earthworm introduction on established earthworms and soil structure. / Hamilton, W. E.; Dindal, D. L.

In: Biology and Fertility of Soils, Vol. 8, No. 2, 01.07.1989, p. 160-165.

Research output: Contribution to journalArticle

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