Research Opportunities

Citizen science expeditions offer an opportunity for vessel owners to get involved in smaller-scale marine research initiatives. These expeditions do not require scientists to be aboard, but they permit vessel owners and crew to participate in ongoing research projects which depend on the participation of non-scientists within the community.

A variety of opportunities for instrument deployment, data collection, and water sampling are available. As new technologies emerge to transition vessels from motor yachts to cleaner energy sources, we are encouraging yacht owners to practice responsible measures in protecting our oceans and provide, “The Green Guide to Boating” as part of our Carbon Impact Program. We look forward to the day when all boats are either solar powered or have a battery capacity that will allow them to be a viable alternative to fossil fuels.

Citizen Science Initiatives


Neuston Net Research Collective

The Neuston Net Research Collective unites the academic world and the international yachting community in an effort to conserve and understand our oceans through scientific research. This unique collective spans a wide range of research topics with one common theme: they all utilize Neuston Nets. Neuston Nets are fine mesh nets often towed behind boats to collect samples of neustonic organisms, algae, plastics, plankton, seawater, and more. Our unique access to these nets allows us to pair proposed or ongoing projects with vessels around the world to collect samples from a wide geographic range.

This program engages the yachting community by providing comprehensive onboard kits which allow yacht crews and owners to tow nets that are designed to collect plankton, seaweed, and small organisms at the ocean surface. Learn more about our current projects by browsing below.

Find out if you can participate in our Neuston Net Research Collective by clicking the button below and contacting our team at [email protected]


Seabed 2030 Project

As part of the effort to map the world ocean by 2030, the Seabed 2030 project, along with the IHO Data Center for Digital Bathymetry (DCDB) at the National Centers for Environmental Information, Boulder, have collaborated to provide and manage small hardware data loggers that are used to collect bathymetric data from volunteer observers. The project was launched at the United Nations (UN) Ocean Conference in June 2017 and is aligned with the UN’s Sustainable Development Goal #14 to conserve and sustainably use the oceans, seas and marine resources.

This information can help identify uncharted features such as seamounts and canyons, verify charted information and help fill the spaces on charts where no data exists. Routinely measured parameters such as under keel depth and position can then be stored, uploaded, and contributed to local and global mapping initiatives. Find out if you can participate in our Seabed 2030 Program by clicking the button below and contacting our team at [email protected]


Spotter Buoy Program

SeaKeepers has partnered with Sofar Ocean Technologies to help deploy Spotter Buoys: a compact, solar-powered buoy that collects and transmits wave, wind, sea surface temperature, and barometric pressure data in real time.

The broader implications are that SoFar and its Spotter technology can help vessel captains, those studying weather systems, and climate change, with real-time ocean weather forecasting.

Find out if you can participate in our Spotter Deployment Program by clicking the button below and contacting our team at [email protected]

Ongoing Projects

Explore our ongoing projects in the gallery below. Click each tile to learn about the project participant and the work they are achieving through the Neuston Net Research Collective, The Seabed2030 Project, or the Spotter Deployment Program.

Use the arrows to scroll through our latest programs

Instrument Deployments

The International SeaKeepers Society works with a number of institutions, including the National Oceanic and Atmospheric Administration (NOAA), World Meteorological Organization (WMO), and Argo to make ongoing oceanographic measurements. The collection of consistent and accurate data is extremely important for oil spill and marine debris accumulation analyses, weather and hurricane prediction models, quality control tests on satellites, and an overall better understanding of the marine environment. It is vital that the global instrument arrays are well distributed; private vessels can achieve this along routes that are not typically traveled. Currently, The International SeaKeepers Society employs the use of two types of devices — SeaKeepers Drifters and Argo Floats. These instruments have been designed to be scientifically productive and efficient while minimally invasive to the environment.

SeaKeepers has also partnered with Florida International University’s Global FinPrint, a Paul G. Allen initiative, which is conducting the first global survey of shark and ray populations with the use of baited remote underwater video (BRUV) surveys. SeaKeepers vessels can support the effort by deploying the BRUV rigs at coral reef locations around the world. Each rig is minimally invasive and includes an underwater camera and attached bait box. Marine organisms are attracted to the bait and are then filmed. Researchers review the footage to obtain important information about the populations of these globally threatened species, in order to drive shark and ray conservation through research and policy. Areas of particular interest include the Dry Tortugas, Indonesia, and French Polynesia.

Use the arrows to scroll through our latest programs