Ingrid van de Leemput

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• Active

  The influence of eutrophication from land-based activities on the resilience of Indonesian Marine Protected Areas (MPAs): a multi-level analysis

  Capriati, A., Becking, L., Scheffer, M. & van de Leemput, I.

  1/02/21 → …

  Project: PhD

  • protected area 100%
  • eutrophication 56%
  • land-based activity 41%
  • coral reef 35%
  • reef 32%

• Generic early warning indicators for vector-borne infections

  Delecroix, C., Scheffer, M., ten Bosch, Q., van Nes, E. & van de Leemput, I.

  1/10/20 → …

  Project: PhD

  • resilience 100%
  • genetic data 81%
  • epidemiological data 77%
  • health authorities 68%
  • artificial intelligence 57%

• Detecting Tipping Points in the Earth System from Climate Reconstructions

  Setty, S., Scheffer, M., van Nes, E. & van de Leemput, I.

  1/09/19 → …

  Project: PhD

  • transition 100%
  • paleoclimate 82%
  • indicator 71%
  • Eocene 70%
  • climate 64%

• Tropical seascapes in a transforming world

  Pino Cobacho, S., Lürling, M., Christianen, M. J. A. & van de Leemput, I.

  1/09/19 → …

  Project: PhD

  • Avicennia germinans 100%
  • polyembryony 98%
  • mangrove 75%
  • mangroves (trees) 74%
  • propagule 52%
• Finished

  Tipping points in the climate

  Weinans, E., Scheffer, M., van Nes, E. & van de Leemput, I.

  1/10/16 → 18/10/21

  Project: PhD

  • Time series 100%
  • Large scale systems 98%
  • Autocorrelation 60%
  • Ventilation 41%
  • Time series analysis 35%

• Dynamics of biotic-abiotic interactions. Exploring the spatial dimension of resilience

  van de Leemput, I., Scheffer, M. & van Nes, E.

  20/03/09 → 3/06/16

  Project: PhD