We aim to support and promote innovative technologies and methodologies aimed at protecting, studying, and restoring coral reefs.
Science Lead: Elizabeth Madin
Coral reefs are threatened by many factors, making rapid, large-scale monitoring crucial for effective conservation...
We hypothesize that near real-time monitoring using PTZ CCTV cameras and the YOLOv10 AI algorithm can effectively...
This study investigates how altering module structures impacts coral fragment fusion, growth, and survival...
The decline of natural coral populations has led to widespread restoration efforts which will see outplanted...
Changes in coral morphology underpin reef ecosystem services, yet high throughput, high resolution methods...
Understanding the dynamics of coral reef recovery is of great importance as reefs are experiencing severe...
Coral symbionts provide the host with nutrition and adaptive capacity to environmental changes. This potential...
The importance of reef structural complexity for small organisms, such as cryptobenthic reef fish (CRFs...
The preservation of coral reefs relies on their ability to sexually reproduce during an annual spawning...
Corals come in a rainbow of colors, due to fluorescent proteins (FPs) these coral hosts produce. The high...
Coral conservation is hindered by the inability to accurately identify species; we can’t conserve what we...
The Coral Tech initiative is committed to fostering breakthroughs in coral reef science and conservation. We are interested in projects that develop or enhance technologies for coral monitoring, restoration, and conservation. This includes, but is not limited to, advanced imaging techniques, AI-based analysis, innovative reef restoration methods, and novel approaches to monitor coral health and biodiversity.
Proposals should clearly describe the technology or methodology, its innovative aspects, expected outcomes, and potential impact on coral reef research, conservation, or restoration. We welcome applications from academic institutions, research organizations, NGOs, and independent scientists who are at the forefront of coral reef technology and conservation.
Particular interest will be given to projects that offer practical solutions to real-world problems affecting coral reefs, demonstrate potential for scalability, and foster collaboration across disciplines.
ROLLING SUBMISSIONS: The goal of this small, fast grant program is to get these projects off the ground quickly. If selected, the grant (up to $10,000 with the average Science Engine grant being $4,000) towards an ongoing or new Experiment.com project. Project leads are encouraged to try to raise additional support from the crowdfunding process, as granted amounts may only cover part of the project funds. The sooner you fill out a project application the better (use the "start a project" link below). In addition to funding, we hope to stay engaged with the projects as mentors and supporters, helping to make the experiments a success. This grant program is open to non-profits and individuals, and is not able to support for-profit companies or activities.