Join the Living Dunes Research Network
We invite researchers, institutions, and organizations to join our network and contribute to the advancement of dune ecosystem modeling and management. By becoming a partner, you'll have the opportunity to:
- Participate in the development and refinement of a modular ecosystem of simulation models
- Collaborate on interdisciplinary research projects
- Access and contribute to our growing database of dune ecosystem data
- Share knowledge and expertise with a global network of dune researchers
Help us develop a global digital twin to predict the benefits of nature-based solutions for improving coastal region resilience.
Research Protocol Goals
Our research protocols aims to standardize data collection and analysis methods across different dune ecosystems worldwide. The primary goals of our protocols are to:
- Analyze the effects of coastal engineering plant species on dune morphology
- Investigate the impact of climate change on dune vegetation and geomorphology
- Study the role of vegetation in dune stabilization and coastal protection
- Assess the effectiveness of various dune restoration techniques
- Develop and validate predictive models for dune ecosystem dynamics
- Explore the interactions between human activities and dune ecosystems
How to Become a Partner
To become a research partner, please follow these steps:
- Review our research protocol and data collection guidelines
- Complete the partner application form below
- Submit any relevant research proposals or ongoing projects related to dune ecosystems
- Agree to our data sharing and collaboration policies
Once your application is reviewed and approved, you'll be invited to join our research network and gain access to our collaborative tools and resources.
Partner Application Form
Contribute to the Living Dunes Digital Twin
We welcome contributions to various aspects of our dune ecosystem research. Please find links to our standardized research protocols below:
- Plant Traits Analysis for Dune Engineering Species
- Geomorphological Modules (Aeolian Flux)
- Sand Supply Prediction Models
- Storm Simulation Modules
- Wave Overtopping Simulation
Your contributions will help enhance our understanding of dune ecosystems and improve our long term goal to develop a global living dunes digital twin.