Rocha-Meneses Lisandra, Bergamo Thaísa Fernandes, Kikas Timo
Institute of Technology, Chair of Biosystems Engineering, Estonian University of Life Sciences, Kreutzwaldi 56, 51006, Tartu, Estonia.
Institute of Agricultural and Environmental Sciences, Chair of Environmental Protection and Landscape Management, Estonian University of Life Sciences, Kreutzwaldi 5, 51006, Tartu, Estonia.
Data Brief. 2019 Mar 16;23:103829. doi: 10.1016/j.dib.2019.103829. eCollection 2019 Apr.
This data article ranks 294 countries worldwide with more potential available, of cereal based agricultural residues for bioenergy production. Nine different cereal-based agricultural waste products (barley, wheat, millet, oat, rice, and rye straw, sorghum straw/stalk, and maize cob) are used. The tables and figures are grouped by the most prevalent Köppen-Geiger climate classification (tropical/megathermal, dry (desert and semi-arid), temperate/mesothermal, continental/microthermal), continent and region. The data was collected by the authors from FAO bioenergy and food security rapid appraisal tool (excel-based tools) that uses crop yields and production with 10 years (2005-2014) average annual production to estimate the residue yield (t/ha), by feedstock.
本文对全球294个国家基于谷物的农业残留物用于生物能源生产的潜在可利用量进行了排名。使用了九种不同的基于谷物的农业废弃物产品（大麦、小麦、小米、燕麦、水稻、黑麦秸秆、高粱秸秆/茎杆以及玉米芯）。表格和图表按最普遍的柯本-盖革气候分类（热带/高温多雨气候、干旱（沙漠和半干旱）、温带/中温气候、大陆性/微温气候）、大陆和地区进行分组。数据由作者从粮农组织生物能源与粮食安全快速评估工具（基于Excel的工具）收集而来，该工具利用作物产量以及2005年至2014年10年的年均产量来估算每种原料的残留物产量（吨/公顷）。
