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首页> 外文期刊>Environmental Pollution >Monitoring land-use change effects on soil carbon in New Zealand: quantifying baseline soil carbon stocks
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Monitoring land-use change effects on soil carbon in New Zealand: quantifying baseline soil carbon stocks

机译:监测新西兰土地利用变化对土壤碳的影响:量化基准土壤碳储量

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We designed a soil carbon monitoring system for New Zealand using country-specific land use and soil carbon information. The system pre-stratifies the country by soil type, climate, and land use. Soils were placed in six IPCC soil categories; Podzols were added as they are widespread throughout New Zealand. Temperature was stratified into two categories, each spanning 7 deg C. Moisture categories were based on water balance, and included five categories. Temperature and moisture stratification was based on the USDA Soil Classification system. Land use (10 categories) was based on 1980s survey data. Overall, 39 combinations of these three factors (cells) described 93/100 of the New Zealand landscape.
机译:我们使用特定国家/地区的土地用途和土壤碳信息为新西兰设计了土壤碳监测系统。该系统根据土壤类型,气候和土地用途对国家进行了预先分类。将土壤分为IPCC的六种土壤类别。加入了Podzols,因为它们在整个新西兰都很普遍。温度分为两类,每类跨越7摄氏度。湿度类别基于水平衡,包括五个类别。温度和水分分层基于USDA土壤分类系统。土地使用(10类)基于1980年代的调查数据。总体而言,这三个因素(单元)的39种组合描述了新西兰景观的93/100。

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