Arable Crops Articles

  • Wholesale arable change leads to tight slug control

    "Eight years into implementing a zero-till policy across the farm, we’re seeing improved yields of 10 tonnes per hectare for our first year wheat, and five tonnes per hectare on winter beans. We’ve also noticed that we continue to see year-on-year improvements to soil structure and crop yields. “The winter beans have been extremely valuable in the rotation to ensure nitrogen and ...


    By Certis UK

  • Giant black-grass requires lock stock approach

    Nigel Riches, Arable Technical Specialist for Certis, explains what he’s been seeing in the field. “Black-grass is a problem that in the past has generally been confined to the main arable areas, in the east of the country. “But increasingly we’re seeing this pernicious weed spreading further west each season. Where previously black-grass has not been a big issue in the ...


    By Certis UK

  • The farmers' perceptions of ANPS pollution and its influencing factors in Poyang Lake Region, China

    Individual farmers represent the main management entities of agricultural production under the family-contract responsibility system in China, and thus play crucial roles in the prevention and control of agricultural nonpoint source (ANPS) pollution. The analysis of the farmers' perceptions of ANPS pollution as well as the factors affecting their perceptions can provide valuable information ...


    By IWA Publishing

  • Emissions from Crops - POST Note

    Agriculture contributes 9% of the UK’s greenhouse-gas (GHG) emissions burden and 10-12% globally. Although there is a long-term declining trend from UK agriculture, the sector may account for a larger share of overall emissions in the future as other sectors reduce emissions. This POSTnote focuses on reducing GHG emissions from growing and storing arable and horticultural crops. ...


    By UK Parliament

  • Reduce Fertilizer and Nitrogen Input

    SCIENTISTS at an environmental biotechnology company have developed a biological product that could potentially be used to directly reduce the amount of nitrogen and other fertilisers used by arable farmers.    Amnite® A100, created by Stockton-on-Tees-based CBio (Cleveland Biotech), relies on an improved ...


    By Cleveland Biotech Ltd.

  • Farmers Can Now Reduce Their Nitrogen Inputs and Maintain Yields

    Cbio develops biological product which could potentially reduce nitrogen use in farming, increase yields and improve water quality. SCIENTISTS at an environmental biotechnology company have developed a biological product that could potentially be used to directly reduce the amount of nitrogen and other ...


    By Cleveland Biotech Ltd.

  • Mitigation options for sediment and phosphorus loss from winter-sown arable crops

    Received for publication January 20, 2009. Sediment and P inputs to freshwaters from agriculture are a major problem in the United Kingdom (UK). This study investigated mitigation options for diffuse pollution losses from arable land. Field trials were undertaken at the hillslope scale over three winters at three UK sites with silt (Oxyaquic Hapludalf), sand (Udic Haplustept), and clay (Typic ...

  • Assessment of Cd concentration of crude oil polluted arable soils

    Thirty soil samples were analyzed for their properties and cadmium concentration in polluted and unpolluted sites of Isikwuato, Abia State, Nigeria. Polluted soils were more acidic (pH = 4.38) than unpolluted ones (pH = 5.22). Bulk density increased in polluted soils (1.51 g/cm3). Higher average value of organic matter was recorded in polluted soils (mean value = 1.42 %) unlike 0.98 % found in ...

  • Why are some French farmers sludge-takers? Some agronomic and socioeconomic explanations

    The continued spreading of household wastewater sludge on farmlands is a major economic and environmental issue. This practice is being challenged in France, mainly through pressure from the agrifood business. Here, by means of an agronomic analysis performed on 60 farms, we show the relevance of the following variables: proportion of arable land, technical performance of the farm, and quality ...


    By Inderscience Publishers

Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you