2000•Unpublished venueRequires access

Impact of tillage system on sweet corn yield and some soil properties

A. J. Pearson, D. J. Bloomer, Marshall N. Grant

Open publisher page 3 citations

Abstract

2 1275 Maraekakaho Rd, RD 5, Hastings Abstract A single season and non-replicated comparison of conventional and no-tillage was evaluated by measuring sweet corn (Zea mays L.) crop yield and soil properties on a wind erosion prone soil in Hawkes Bay. Tillage treatment did not affect plant population or crop yield. By harvest, indicators of soil quality such as earthworm numbers, microbial biomass carbon, soil aggregate size and soil aggregrate stability were higher under no-tillage than conventional tillage.

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2 1275 Maraekakaho Rd, RD 5, Hastings Abstract A single season and non-replicated comparison of conventional and no-tillage was evaluated by measuring sweet corn (Zea mays L.) crop yield and soil properties on a wind erosion prone soil in Hawkes Bay. Tillage treatment did not affect plant population or crop yield. By harvest, indicators of soil quality such as earthworm numbers, microbial biomass carbon, soil aggregate size and soil aggregrate stability were higher under no-tillage than conventional tillage.

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Available abstract

2 1275 Maraekakaho Rd, RD 5, Hastings Abstract A single season and non-replicated comparison of conventional and no-tillage was evaluated by measuring sweet corn (Zea mays L.) crop yield and soil properties on a wind erosion prone soil in Hawkes Bay. Tillage treatment did not affect plant population or crop yield. By harvest, indicators of soil quality such as earthworm numbers, microbial biomass carbon, soil aggregate size and soil aggregrate stability were higher under no-tillage than conventional tillage.

Key concepts: Tillage, Agronomy, Environmental science, Soil quality, No-till farming, Population, Mulch-till, Crop

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