Responses of soil biota to non-inversion tillage and organic amendments: An analysis on European multiyear field experiments

Tommy D'Hose, Leendert Molendijk, Laura Van Vooren, Wim van den Berg, Hans Hoek, Willemien Runia, Frits van Evert, Hein ten Berge, Heide Spiegel, Taru Sandèn, Carlo Grignani, Greet Ruysschaert

    Onderzoeksoutput: Bijdrage aan tijdschriftA1: Web of Science-artikel

    Uittreksel

    Over the last two decades, there has been growing interest on the effects of agricultural practices on soil biology
    in Europe. As soil biota are known to fluctuate throughout the season and as agro-environmental conditions may
    influence the effect of agricultural practices on soil organisms, conclusions cannot be drawn from a single study.
    Therefore, integrating the results of many studies in order to identify general trends is required. The main
    objective of this study was to investigate how soil biota are affected by repeated applications of organic
    amendments (i.e. compost, farmyard manure and slurry) or reduced tillage (i.e. non-inversion tillage and no till)
    under European conditions, as measured in multiyear field experiments. Moreover, we investigated to what
    extent the effects on soil biota are controlled by soil texture, sampling depth, climate and duration of agricultural
    practice. Experimental data on earthworm and nematode abundance, microbial biomass carbon and bacterial
    and fungal communities from more than 60 European multiyear field experiments, comprising different climatic
    zones and soil texture classes, were extracted from literature. From our survey, we can conclude that adopting no
    tillage or non-inversion tillage practices and increasing organic matter inputs by organic fertilization were accompanied
    by larger earthworm numbers (an increase between 56 and 125% and between 63 and 151% for
    tillage and organic amendments, respectively) and biomass (an increase between 108 and 416% and between 66
    and 196% for tillage and organic amendments, respectively), a higher microbial biomass carbon content (an
    increase between 10 and 30% and between 25 and 31% for tillage and organic amendments, respectively), a
    marked increase in bacterivorous nematodes (an increase between 19 and 282% for organic amendment) and
    bacterial phospholipid-derived fatty acids (PLFA; an increase between 31 and 38% for organic amendment).
    Results were rarely influenced by soil texture, climate and duration of practice.
    TaalEngels
    TijdschriftPedobilogia
    Volume66
    Pagina's (van-tot)18 - 28
    ISSN0031-4056
    DOI's
    StatusGepubliceerd - 2018

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