Drive Breakthrough Ocean Science And Technology
Impact Goal
DRIVE
Breakthrough
Ocean Science
And Technology
DRIVE Breakthrough Ocean Science and Technology
Throughout human history, the ocean has inspired wonder and sparked imagination.
The drive to explore and understand the ocean's mysteries has spurred innovation and discovery, aiding humanity and transforming societies for the better. Today, ocean science and technology offer unprecedented opportunities to address some of our generation's most pressing problems-from hunger to intensifying storms to energy security.



IMPACT STORIES

Illuminating the ocean's twilight zone
WHOI has spent the last six years exploring one of our planet's last frontiers: the ocean twilight zone. The project has transformed our understanding of the ocean's midwater and highlighted both its vulnerabilities to human impacts and its importance to ocean food webs and global climate. LEARN MORE

Exploring the deep
WHOI is well known for its industry-leading capabilities in deep-ocean exploration and discovery. WHOI researchers have been part of world-changing discoveries, including the first known hydrothermal vents in 1977, the wreck of the Titanic in 1985, and numerous other findings.

Tracking the future of fisheries and ocean ecosystems
The Northwest Atlantic, renowned for its abundant fisheries, is experiencing rapid warming and other impacts from human activities. Since 2018, WHOI has led an NSF-funded long-term ecological research (LTER) project in the region to identify and track patterns of ecosystem change over timescales ranging from seasons to decades.

Ushering in a new era of ocean observation
Ocean observing is undergoing a revolution. Advances include "swarm" robotics; small, low-powered sensors; new sampling technologies; and ever-more complex computational models capable of assimilating data from disparate sources. In addition, breakthroughs in observing and understanding ocean life using acoustics, imaging, chemistry, and genomic sequencing offer exciting new possibilities.

Revealing the role of microbes in carbon and climate
Marine microbes are invisible to the naked eye, yet they play an outsized role in ocean ecosystems and global climate. These single-celled organisms make up the vast majority of ocean biomass. In the surface ocean, they take up half of the carbon captured by photosynthesis on Earth, converting half of that back into carbon dioxide within days to weeks.
More Stories of Impact
Inside Room 71: WHOI history in seven artifacts
Some of the technology, art, and gifts that tell the story of the institution’s early days
A scientist’s quest to find Earth’s oldest ice
After recovering ice that dates back 6 million years, Sarah Shackleton hopes to dig deeper into Earth’s history from a remote Antarctic moraine
How an MIT-WHOI student used Google Earth to uncover a river–coral reef connection
Google Earth helps researcher decode how rivers sculpt massive breaks in coral reefs
Secrets from the blue mud
Microbes survive—and thrive—in caustic fluids venting from the seafloor
Mary Sears and the race to solve the ocean in World War II
How her expertise on tides, currents, and swells saved American lives overseas
How WHOI helped win World War II
Key innovations that cemented ocean science’s role in national defense
Tracking big fish at fine scales
Scientists from Woods Hole Oceanographic Institution track how shortbill spearfish take advantage of local ocean currents when foraging.
The long journey of Bottle No. 71645
Drift bottle released in 1968 to study ocean currents found on Maine beach
Five big discoveries from WHOI’s Ocean Twilight Zone Project
Six years since it began, WHOI’s Ocean Twilight Zone project brings new and exciting insights to bear
Is underwater construction noise leaving scallops defenseless?
Sea scallops expend a lot of energy reacting to noisy pile drivers
Are warming Alaskan Arctic waters a new toxic algal hotspot?
WHOI researchers warn Arctic communities following detection of a harmful bloom
How is human health impacted by marine plastics?
WHOI biologist Mark Hahn discusses a recent global plastics study
The predictive power of geochemistry
A WHOI researcher looks for changes in gas molecules to forecast volcanic eruptions such as Mauna Loa in Hawai’i.
Inside Room 71: WHOI history in seven artifacts
Some of the technology, art, and gifts that tell the story of the institution’s early days
A scientist’s quest to find Earth’s oldest ice
After recovering ice that dates back 6 million years, Sarah Shackleton hopes to dig deeper into Earth’s history from a remote Antarctic moraine
How an MIT-WHOI student used Google Earth to uncover a river–coral reef connection
Google Earth helps researcher decode how rivers sculpt massive breaks in coral reefs
Secrets from the blue mud
Microbes survive—and thrive—in caustic fluids venting from the seafloor
Mary Sears and the race to solve the ocean in World War II
How her expertise on tides, currents, and swells saved American lives overseas
How WHOI helped win World War II
Key innovations that cemented ocean science’s role in national defense
Tracking big fish at fine scales
Scientists from Woods Hole Oceanographic Institution track how shortbill spearfish take advantage of local ocean currents when foraging.
The long journey of Bottle No. 71645
Drift bottle released in 1968 to study ocean currents found on Maine beach
Five big discoveries from WHOI’s Ocean Twilight Zone Project
Six years since it began, WHOI’s Ocean Twilight Zone project brings new and exciting insights to bear
Is underwater construction noise leaving scallops defenseless?
Sea scallops expend a lot of energy reacting to noisy pile drivers
Are warming Alaskan Arctic waters a new toxic algal hotspot?
WHOI researchers warn Arctic communities following detection of a harmful bloom
How is human health impacted by marine plastics?
WHOI biologist Mark Hahn discusses a recent global plastics study
The predictive power of geochemistry
A WHOI researcher looks for changes in gas molecules to forecast volcanic eruptions such as Mauna Loa in Hawai’i.
Giving Opportunities
What will your Impact be?
Support the ideas, people, and tools solving global ocean challenges.
Protecting the ocean
starts with science.
Together, we can accelerate the search for solutions and expand the frontiers of scientific discovery—for our Ocean Planet.














