Organic Eprints frontpage
 about    browse    search    register    user area    help 

3187: Optimising farmyard manure utilization by varying the application time and tillage strategy

Hansen, Elly M.; Thomsen, Ingrid K. and Hansen, Martin N. (2004) Optimising farmyard manure utilization by varying the application time and tillage strategy. Soil Use and Management 20:pp. 173-177.**

Full text available as:
PDF - [Registered users only] - Requires Adobe Acrobat Reader or other PDF viewer.

Summary

Abstract. Two field experiments were carried from 1999 to 2001 to assess the effectiveness of autumn, winter and spring application of straw-based farmyard manure (FYM). The soil was a sandy loam containing 106 g clay kg-1 situated in the temperate coastal climate of Denmark. The FYM was applied manually to experimental plots at a target rate of 300 kgN ha-1. The manure was incorporated by three initial tillage strategies (harrowing, rotavating or no-tillage) prior to ploughing. All combinations of tillage strategies were also carried out without manure application. Spring barley (Hordeum vulgare L.) was grown, followed by ryegrass (Lolium perenne L.). The results suggest that, as far as circumstances permit, FYM should be applied in spring to achieve the optimum use of nitrogen in the manure. Further, yield and nitrogen uptake did not benefit from harrowing or rotavating the manure before ploughing. When manure was not applied, soil tillage prior to ploughing did not significantly affect grain yield or nitrogen uptake.

Document Language:English
Keywords:Farmyard manure, straw-based manure, optimum timing, tillage
Subject Areas: Crop husbandry > Composting and manuring
Research affiliation: Denmark > DARCOF II (2000-2005) > V.1 (SYNERGY) Coordination and synergy
Denmark > SOAR - Research School for Organic Agriculture and Food Systems
Funding Part:5-25%
Orgprints ID Number:3187
Contact:Hansen, Scientist Martin N
Deposited On:04 October 2004
EPrint Type:Journal paper
Published?:Published
Online at:DOI: 10.1079/SUM2004242
Peer Review Status:Peer-reviewed and accepted

Archive Staff Only: edit this record