Sara Si‐Moussi

Ecosystem service gradients at protected area borders reveal multiple patterns and prevalent management conflicts

The paper analyzes ecosystem service gradients at protected area borders to identify management trade-offs and opportunities for synergies.

Accounting for social feasibility in landscape-scale scenarios for restoring nature beyond protected areas

The paper compares two restoration scenarios in the French Alps, showing that social feasibility and biophysical effectiveness often conflict, with spatial allocation of interventions being key to successful implementation.

Threats to Nature's Contributions to People provided by terrestrial vertebrates across Europe

The paper maps NCP provided by terrestrial vertebrates in Europe and identifies threats to these contributions, finding that many species are threatened and agricultural intensification is a major threat.

Correcting overprediction reduces the propagation of uncertainty from species distribution models into spatial conservation prioritization

This study shows that correcting overprediction in species distribution models reduces uncertainty in spatial conservation prioritization across different datasets and taxa.

Limits and Promises of Earth Observation Foundation Models in Predicting Multi-Trophic Soil Biodiversity

This study evaluates Earth Observation Foundation models for predicting soil biodiversity in the French Alps, finding that high-quality in-situ data outperform remote sensing embeddings, though they offer useful spatial context.

Beyond species-level planning: The role of bioclimatic variation within species distributions

This study compares species-level and bioclimatic component prioritization in conservation planning, finding that bioclimatic prioritization better captures environmental heterogeneity and niche diversity.

Synergies and trade-offs between maintaining climate niche variability and preserving climate stability

This study identifies spatial priorities for protecting climatic niche variability and stability in European vertebrates, finding overlaps and trade-offs between conservation strategies.

Macro-level causal discovery from single-time-point observations of ecological dynamical systems

The paper shows that causal discovery algorithms can identify macro-level causal structures from single-time-point ecological data by detecting clustered super-unshielded colliders.