
Biodiv Sci ›› 2026, Vol. 34 ›› Issue (1): 25241. DOI: 10.17520/biods.2025241 cstr: 32101.14.biods.2025241
• Special Feature: Biodiversity Conservation Financing and Corporate Participation • Previous Articles Next Articles
Ming Li1, Xiangling Qin1, Yuru Zhu1, Wen Xiong2,*(
)
Received:2025-06-25
Accepted:2025-12-01
Online:2026-01-20
Published:2026-02-03
Contact:
Wen Xiong
Supported by:Ming Li, Xiangling Qin, Yuru Zhu, Wen Xiong. Theoretical framework and operational mechanisms of value realization in biodiversity offsetting for nature reserves[J]. Biodiv Sci, 2026, 34(1): 25241.
| Box 1 生物多样性抵消实践 | ||||
|---|---|---|---|---|
| 项目名称 | 项目地点 | 项目目的 | 项目内容 | 项目收益 |
| 德文郡生物多样性 抵消试点项目 | 英格兰德文郡 | 测试生物多样性抵消系统的可行性和有效性, 为政策制定提供依据 | 通过恢复和保护当地生态系统来补偿开发活动的负面影响, 项目实施效果采用生物多样性危害情况与减缓可能性数字评分进行 | 35个政策生物多样性抵消试点项目累计创收60万英镑 (Taherzadeh & Howley, |
| Elsie Gridley 缓解银行 | 美国加利福利亚州 索拉诺县 | 为临时池塘草甸和溪流栖息地及相关联的几种稀有、受威胁和濒危物种提供场外缓解机会 | 保护和恢复了众多湿地和临时池塘, 并为加州虎螈(Ambystoma californiense)、蝌蚪虾、仙女虾等多种特殊生态物种提供栖息地 | 当前拥有超过607 ha的陆地和水体信用(RES, |
| Warkworth 煤矿生物多样性 补偿项目 | 澳大利亚新南威尔 士州的猎人谷 | 抵消煤矿扩建对周边生物多样性造成的负面影响 | 在场外建立生物多样性补偿区域, 如保护特定栖息地来抵消煤矿扩建对生物多样性的影响, 同时制定生物多样性管理计划 | Warkworth煤矿扩建共产生了31,700个生态系统生物多样性信用额度和37,293个物种生物多样性信用额度(Yancoal Australia, |
| RTQMM 抵消项目 | 马达加斯加东南部 阿诺西地区 | 抵消钛矿开采对濒危森林和狐猴栖息地的影响 | 保护红树林和低地雨林; 资助社区森林管理计划 | 保护6,000 ha森林, 稳定狐猴种群(Gastauer et al., |
| Kuamut 热带雨林计划 | 马来西亚沙巴州 | 通过保护和恢复森林来实现生物多样性抵消 | 通过重新分类将项目区域从生产林(Ⅱ类森林)改为严格保护的Ⅰ类森林, 消除商业砍伐的威胁, 并确保森林能够再生 | 保护了83,381 ha的热带森林(Permian Global, |
| 卡拉加斯国家森林 S11D Eliezer Batista 铁矿生物多样性 抵消项目 | 巴西帕拉州 | 实现采矿活动对生物多样性造成的损失与森林恢复抵消收益的平衡 | 实施森林恢复活动, 包括植被恢复、土壤改良等, 以恢复因采矿而退化的土地, 提高生物多样性种群的生物值 | 在公司管理区域内实现了379个生物多样性信用单位收益(Koh et al., |
| Box 1 生物多样性抵消实践 | ||||
|---|---|---|---|---|
| 项目名称 | 项目地点 | 项目目的 | 项目内容 | 项目收益 |
| 德文郡生物多样性 抵消试点项目 | 英格兰德文郡 | 测试生物多样性抵消系统的可行性和有效性, 为政策制定提供依据 | 通过恢复和保护当地生态系统来补偿开发活动的负面影响, 项目实施效果采用生物多样性危害情况与减缓可能性数字评分进行 | 35个政策生物多样性抵消试点项目累计创收60万英镑 (Taherzadeh & Howley, |
| Elsie Gridley 缓解银行 | 美国加利福利亚州 索拉诺县 | 为临时池塘草甸和溪流栖息地及相关联的几种稀有、受威胁和濒危物种提供场外缓解机会 | 保护和恢复了众多湿地和临时池塘, 并为加州虎螈(Ambystoma californiense)、蝌蚪虾、仙女虾等多种特殊生态物种提供栖息地 | 当前拥有超过607 ha的陆地和水体信用(RES, |
| Warkworth 煤矿生物多样性 补偿项目 | 澳大利亚新南威尔 士州的猎人谷 | 抵消煤矿扩建对周边生物多样性造成的负面影响 | 在场外建立生物多样性补偿区域, 如保护特定栖息地来抵消煤矿扩建对生物多样性的影响, 同时制定生物多样性管理计划 | Warkworth煤矿扩建共产生了31,700个生态系统生物多样性信用额度和37,293个物种生物多样性信用额度(Yancoal Australia, |
| RTQMM 抵消项目 | 马达加斯加东南部 阿诺西地区 | 抵消钛矿开采对濒危森林和狐猴栖息地的影响 | 保护红树林和低地雨林; 资助社区森林管理计划 | 保护6,000 ha森林, 稳定狐猴种群(Gastauer et al., |
| Kuamut 热带雨林计划 | 马来西亚沙巴州 | 通过保护和恢复森林来实现生物多样性抵消 | 通过重新分类将项目区域从生产林(Ⅱ类森林)改为严格保护的Ⅰ类森林, 消除商业砍伐的威胁, 并确保森林能够再生 | 保护了83,381 ha的热带森林(Permian Global, |
| 卡拉加斯国家森林 S11D Eliezer Batista 铁矿生物多样性 抵消项目 | 巴西帕拉州 | 实现采矿活动对生物多样性造成的损失与森林恢复抵消收益的平衡 | 实施森林恢复活动, 包括植被恢复、土壤改良等, 以恢复因采矿而退化的土地, 提高生物多样性种群的生物值 | 在公司管理区域内实现了379个生物多样性信用单位收益(Koh et al., |
| 项目 Program | 信用形式 Credit type | 单位价格 Unit price | 时间跨度 Duration |
|---|---|---|---|
| 生物银行 BioBanking (澳大利亚 Australia) | 生态系统信用; 物种信用 Ecosystem credits; species credits | 2,500-9,500澳元 AUD 2,500-9,500 | 永久保护 Permanent protection |
| 生物多样性补偿计划 Biodiversity Offsets Scheme (澳大利亚 Australia) | 原生植被信用(NVCs); (栖息地、大型 老树、新植株) Native vegetation credits (NVCs); (habitat, large old trees, new plantings) | 栖息地: 20,000-40,000澳元; 大型 老树: 20,000-40,000澳元; 新植株: 500-2,300澳元 Habitat: AUD 20,000-40,000; large old trees: AUD 20,000-40,000; new plantings: AUD 500-2,300 | 永久保护 Permanent protection |
| 缓解银行 Conservation Banking (美国 United States) | 栖息地或物种单位 Habitat or species units | 2,500-300,000美元 USD 2,500-300,000 | 永久保护 Permanent protection |
| 湿地和溪流缓解银行 Wetland and Stream Mitigation Banking (美国 United States) | 湿地抵消信用; 溪流抵消信用 Wetland mitigation credits; stream mitigation credits | 湿地: 3,000-653,000美元; 溪流: 15-700美元 Wetlands: USD 3,000-653,000; Streams: USD 15-700 | 永久保护 Permanent protection |
Table 1 Biodiversity offsetting credit program under regulatory market mechanisms
| 项目 Program | 信用形式 Credit type | 单位价格 Unit price | 时间跨度 Duration |
|---|---|---|---|
| 生物银行 BioBanking (澳大利亚 Australia) | 生态系统信用; 物种信用 Ecosystem credits; species credits | 2,500-9,500澳元 AUD 2,500-9,500 | 永久保护 Permanent protection |
| 生物多样性补偿计划 Biodiversity Offsets Scheme (澳大利亚 Australia) | 原生植被信用(NVCs); (栖息地、大型 老树、新植株) Native vegetation credits (NVCs); (habitat, large old trees, new plantings) | 栖息地: 20,000-40,000澳元; 大型 老树: 20,000-40,000澳元; 新植株: 500-2,300澳元 Habitat: AUD 20,000-40,000; large old trees: AUD 20,000-40,000; new plantings: AUD 500-2,300 | 永久保护 Permanent protection |
| 缓解银行 Conservation Banking (美国 United States) | 栖息地或物种单位 Habitat or species units | 2,500-300,000美元 USD 2,500-300,000 | 永久保护 Permanent protection |
| 湿地和溪流缓解银行 Wetland and Stream Mitigation Banking (美国 United States) | 湿地抵消信用; 溪流抵消信用 Wetland mitigation credits; stream mitigation credits | 湿地: 3,000-653,000美元; 溪流: 15-700美元 Wetlands: USD 3,000-653,000; Streams: USD 15-700 | 永久保护 Permanent protection |
Fig. 2 Theoretical framework for value realization of biodiversity offsetting products in nature reserves. NbS, Nature-based solutions; ESG, Environmental, social, and governance; MBI, Market-based instrument.
| 一级指标 Primary indicator | 二级指标 Secondary indicator | 三级指标 Tertiary indicator | 参考来源 Reference |
|---|---|---|---|
| 生态系统结构与功能Ecosystem structure and function | 生态系统类型与面积 Ecosystem type and area | 生态系统类型匹配度(如森林、湿地等) Ecosystem type equivalence (e.g. forests, wetlands) | IUCN, |
| 补偿区与受影响区的面积比 Area ratio between offset site and impacted site | Maron et al., | ||
| 生态系统质量 Ecosystem quality | 植被覆盖度与群落结构 Vegetation cover and community structure | Gardner et al., | |
| 土壤健康与水文条件 Soil health and hydrological conditions | Quétier & Lavorel, | ||
| 物种多样性 Species diversity | 物种组成 Species composition | 关键物种保护 | CBD, |
| 物种丰富度与相似性 Species richness and similarity | Kessler et al., | ||
| 种群动态 Population dynamics | 种群数量与繁殖成功率 Population size and reproductive success | Gibbons & Lindenmayer, | |
| 生态功能与服务 Ecosystem function and service | 生态功能 Ecological functions | 碳储存与固存 Carbon storage and sequestration | IPBES, |
| 水文调节 Hydrological regulation | Rolls et al., | ||
| 生态系统服务 Ecosystem services | 人类福祉关联 Links to human well-being | MA, | |
| 社会经济与治理 Socio-economic and governance | 社会公平性 Social equity | 社区参与与权益保障 Community participation and rights protection | Klein et al., |
| 经济可持续性 Economic sustainability | 长期资金机制 Long-term financing mechanisms | Pirard, | |
| 治理与合规性 Governance and compliance | 法律合规性 Legal compliance | BBOP, |
Table 2 Biodiversity offsetting indicator system
| 一级指标 Primary indicator | 二级指标 Secondary indicator | 三级指标 Tertiary indicator | 参考来源 Reference |
|---|---|---|---|
| 生态系统结构与功能Ecosystem structure and function | 生态系统类型与面积 Ecosystem type and area | 生态系统类型匹配度(如森林、湿地等) Ecosystem type equivalence (e.g. forests, wetlands) | IUCN, |
| 补偿区与受影响区的面积比 Area ratio between offset site and impacted site | Maron et al., | ||
| 生态系统质量 Ecosystem quality | 植被覆盖度与群落结构 Vegetation cover and community structure | Gardner et al., | |
| 土壤健康与水文条件 Soil health and hydrological conditions | Quétier & Lavorel, | ||
| 物种多样性 Species diversity | 物种组成 Species composition | 关键物种保护 | CBD, |
| 物种丰富度与相似性 Species richness and similarity | Kessler et al., | ||
| 种群动态 Population dynamics | 种群数量与繁殖成功率 Population size and reproductive success | Gibbons & Lindenmayer, | |
| 生态功能与服务 Ecosystem function and service | 生态功能 Ecological functions | 碳储存与固存 Carbon storage and sequestration | IPBES, |
| 水文调节 Hydrological regulation | Rolls et al., | ||
| 生态系统服务 Ecosystem services | 人类福祉关联 Links to human well-being | MA, | |
| 社会经济与治理 Socio-economic and governance | 社会公平性 Social equity | 社区参与与权益保障 Community participation and rights protection | Klein et al., |
| 经济可持续性 Economic sustainability | 长期资金机制 Long-term financing mechanisms | Pirard, | |
| 治理与合规性 Governance and compliance | 法律合规性 Legal compliance | BBOP, |
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