Elicited management gain with offset for each of 13 vegetation attributes across three different western slopes grassy woodland scenarios

The data provides randomly drawn data from 25 expert subjective probability distributions of the reference and future with offset values for 13 vegetation attributes with three different starting scenarios (see Dorrough, Sinclair and Oliver for full details). The prefix to each column heading indicates whether the data are the initial values provided to the experts (Start_), elicited reference values (Ref_) or elicited future values with a biodiversity offset (OS_). Remaining columns are calculated from these as per Dorrough, Sinclair and Oliver (submitted) Expert predictions of changes in vegetation condition reveal perceived risks in biodiversity offsetting PLOS One <br>

本数据集提取自25份专家主观概率分布（expert subjective probability distributions）的随机抽样数据，该数据集针对13种植被属性（vegetation attributes）设置了偏移值，涵盖参考情景与未来情景，并包含三种不同的初始情景，完整细节详见Dorrough、Sinclair与Oliver的相关研究。
各列标题的前缀用于标识数据类型：`Start_` 代表向专家提供的初始值，`Ref_` 代表征询得到的参考值，`OS_` 则代表带有生物多样性偏移（biodiversity offset）的未来预测值。
其余列均参照Dorrough、Sinclair与Oliver（已投稿）的研究方法由前述数据计算得出。《植被条件变化的专家预测揭示了生物多样性偏移实践中的认知风险》一文刊载于《PLOS One》（《公共科学图书馆·综合》）。