Demographic feedbacks in ecological forecasting

Demographic feedbacks in ecological forecastingDemographic feedbacks in ecological forecastingDemographic feedbacks in ecological forecasting
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Demographic feedbacks in ecological forecasting

Demographic feedbacks in ecological forecastingDemographic feedbacks in ecological forecastingDemographic feedbacks in ecological forecasting
  • Home
  • Team
  • Research
    • study systems
    • research topics
    • collaborations
  • Publications
    • Published
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    • Popular pubs
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  • Data
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    • Videos
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Under review

  1. Evers S, Paneque J, Planillo A, Underwood E, Gómez-Peña G, Serediuk H, Sánchez-Mejía T, Lloret F, Revilla E, Paniw, M. The Doñana Digital Twin: integrating heterogeneous data into iterative, mechanistically grounded forecasts of biodiversity change. EcoEvoRxiv, https://doi.org/10.32942/X27Q4J
  2. Boult V, Bertolino S, Devenish A, Evans L, Gallagher CA, Journé V, Koren G, Langley JF, Marion S, Paniw M, Pearce-Higgins JW, Yoccoz N, Simmonds E. Rethinking success and quality in ecological forecasting. EcoEvoRxiv, https://doi.org/10.32942/X24M6B.
  3. Morales-González A, Jubber W, Abegg D, Behr D, Bird TL, Deschodt C, Fuller A, Gómez-Peña G, Graf KC, Haddad CR, HuberS, Kamiński MJ, Mbongiseni M, Ozgul A, Yáñez da Silva C, Paniw M. A fine-grained multitrophic biodiversity and environmental dataset for understanding global change impacts in drylands.
  4. Serediuk H, Paniw M. Warmer conditions shorten pupal development in two Mediterranean antlion species.
  5. Jubber W, Paniw M, Schmid D, Manser M, Clutton-Brock T, Fuller A. Environmental heterogeneity shapes prey selectivity and dietary niche breadth in a dryland predator.
  6. Bond M*, Paniw M*, Lee DE, Cavener DR, Ozgul A. Giraffe spot patterns influence population growth under climate change. (*Equal contribution)

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