- with the policy challange: Land use
In 2018, agriculture was responsible for 18% of Scotland’s total GHG emissions. More than half of this was attributed to methane, mostly from digestion of feed by cattle and sheep. This summary of a rapid evidence assessment examines feed additives developed to reduce these emissions.
Updated estimates of the mitigation potential and the cost-effectiveness of four farm technologies and practices which can reduce GHG emissions in Scotland.
Assessing the potential production of grain and forage legumes, such as beans, peas, lucerne and clover, in Scotland. These crops can help fix atmospheric nitrogen, potentially reducing the need for synthetic fertiliser.
This report examines the potential for a sustainable expansion of perennial bioenergy crop production on low-grade agricultural land or underutilised land, focusing on short rotation coppice, miscanthus and short rotation forestry.
CXC commissioned the James Hutton Institute to develop a free, easy-to-use tool for land managers to enable them to compare the measured organic matter and carbon content of their topsoil to typical values for Scotland.
This study identifies the indicators which could support the monitoring of Scotland's soil health and measure the vulnerability of Scottish soils to climate change in future.
This short study updates an earlier analysis of the available land area that might be suitable for planting new woodlands. It finds the amount has increased by 10% to an estimated 2.96 million hectares.
A feasibility study into whether manure/slurry exchanges could be an effective tool in helping cut greenhouse gas emissions from agriculture.
This evidence review considers the potential for nitrogen and urease inhibitors to support greenhouse gas emission reductions from fertiliser in Scotland.
This report considers the implications of a shift in forest management through the lens of species diversity.
A Rapid Evidence Assessment of the role of peat in UK growing media and the potential for alternatives.
Identifying trends for snow cover days in the Cairngorms National Park based historic temperature and precipitation data, observed snow cover days and climate projections.