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UID:pretalx-global-workshop-2026-KL7URJ@pretalx.earthmonitor.org
DTSTART;TZID=Europe/Amsterdam:20261007T180000
DTEND;TZID=Europe/Amsterdam:20261007T180500
DESCRIPTION:Forest and grassland restoration constitutes a central objectiv
 e of global initiatives\, including the United Nations Decade on Ecosystem
  Restoration. Nevertheless\, the synergistic mechanisms and quantitative l
 inkages between enhanced restoration potential and improved ecosystem serv
 ices (ESs) remain insufficiently understood. In this study\, we developed 
 the Forest and Grassland Restoration Potential Achievement Efficiency (FGR
 PAE). By integrating remote sensing data\, ecosystem service assessments\,
  and nonlinear modeling\, we constructed a comprehensive framework to eval
 uate restoration benefits in the Yellow River Basin (YRB)\, a representati
 ve region of large-scale ecological restoration. This framework systematic
 ally investigates the long-term spatiotemporal dynamics of FGRPAE\, as wel
 l as its interactive patterns with ecosystem services and underlying nonli
 near response mechanisms. The results show that FGRPAE increased at an ave
 rage annual rate of 0.0083\, corresponding to a cumulative growth of 53.73
 %. During 2000-2010\, FGRPAE increased at an annual rate of 0.0096\, yield
 ing a cumulative increase of 32.45%. In contrast\, from 2010 to 2020\, the
  growth rate decelerated to 0.0063 per year\, with a total increase of 16.
 02%\, approximately 49.52% of the increase observed during 2000-2010. Conc
 urrently\, the proportion of areas exhibiting spatial trade-offs between F
 GRPAE and comprehensive ecosystem services (CES) rose by 76.12% between 20
 10 and 2020. A nonlinear enhancement relationship was identified between F
 GRPAE and CES. However\, CES gains plateau when FGRPAE exceeds approximate
 ly 50%. This study shifts the analytical focus from restoration intensity 
 to restoration efficiency\, demonstrating that neglecting spatial trade-of
 fs between FGRPAE and ESs may compromise the overall effectiveness of ecol
 ogical restoration. Accordingly\, we propose an optimized spatial configur
 ation for restoration planning that emphasizes the integrated consideratio
 n of forest and grassland restoration potential and ecosystem service func
 tions under resource constraints. The proposed framework supports the tran
 sition of ecological engineering from “area expansion” to “function 
 enhancement\,” offering actionable policy guidance for optimizing restor
 ation strategies within ecological carrying capacity limits.
DTSTAMP:20260624T071021Z
LOCATION:Aula Magna
SUMMARY:A Framework to Optimize the Potential Restoration Achievement and E
 cosystem Services Trade-offs applied in the Yellow River Basin - liuyuan
URL:https://pretalx.earthmonitor.org/global-workshop-2026/talk/KL7URJ/
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