Matt Resteck and Ken Buesseler deploying a sediment trap.

This item is active and ready to use

iBase ID

460699

Creator

Santoro, Alyssa

Title

Matt Resteck and Ken Buesseler deploying a sediment trap.

Type

Still Image

Date

08/15/2018

File name

Santoro_Ken_Matt deploying STT.jpeg

Notes

Caption from Oceanus magazine, Vol. 55, No. 2, Pg. 6:
The ocean’s ‘biological pump’ captures more carbon than expected.
Every year the ocean erupts in a bloom of phytoplankton that plays a major role in capturing carbon from the atmosphere. The organisms consume carbon dioxide and emit oxygen through the process of photosynthesis. When the phytoplankton die, their carbon-rich bodies sink down in the ocean, where they are eaten or buried. A study by WHOI geochemist Ken Buesseler and a group of international researchers demonstrated that this carbon capture process takes place over a much greater area than previously believed, as the depth where photosynthesis occurs varies greatly throughout the ocean. The team used sensors detecting the presence of phytoplankton to measure the depth of the sunlit zone. With this method, the authors calculated that nearly twice as much carbon sinks into the ocean each year than previously estimated.
Caption from WHOI News Release, 04/06/2020:
Marine chemist Ken Buesseler (right) deploys a sediment trap from the research vessel Roger Revelle during a 2018 expedition in the Gulf of Alaska. Buesseler's research focuses on how carbon moves through the ocean. Buesseler and co-authors of a new study found that the ocean's biological carbon pump may be twice as efficient as previously estimated, with implications for future climate assessments. 
Image Of the Day caption:
Marine chemist Ken Buesseler (right) deployed a sediment trap from the research vessel  Roger Revelle in the fall of 2018 during the EXPORTS expedition in the Gulf of Alaska. EXPORTS (Export Processes in the Ocean from Remote Sensing) is a NASA-funded program to provide insight into the role of the upper ocean in Earth's carbon cycle and climate system using both satellite and ship-based observations and data-gathering. In addition to being a member of the EXPORTS science team, Buesseler is also a part of WHOI's Ocean Twilight Zone initiative, which aims to explore the little-known part of the ocean from 200 to 1,000 meters.

Caption from Oceanus magazine, Vol. 55, No. 2, Pg. 6:
The ocean’s ‘biological pump’ captures more carbon than expected.
Every year the ocean erupts in a bloom of phytoplankton that plays a major role in capturing carbon from the atmosphere. The organisms consume carbon dioxide and emit oxygen through the process of photosynthesis. When the phytoplankton die, their carbon-rich bodies sink down in the ocean, where they are eaten or buried. A study by WHOI geochemist Ken Buesseler and a group of international researchers demonstrated that this carbon capture process takes place over a much greater area than previously believed, as the depth where photosynthesis occurs varies greatly throughout the ocean. The team used sensors detecting the presence of phytoplankton to measure the depth of the sunlit zone. With this method, the authors calculated that nearly twice as much carbon sinks into the ocean each year than previously estimated.
Caption from WHOI News Release, 04/06/2020:
Marine chemist Ken Buesseler (right) deploys a sediment trap from the research vessel Roger Revelle during a 2018 expedition in the Gulf of Alaska. Buesseler's research focuses on how carbon moves through the ocean. Buesseler and co-authors of a new study found that the ocean's biological carbon pump may be twice as efficient as previously estimated, with implications for future climate assessments.
Image Of the Day caption:
Marine chemist Ken Buesseler (right) deployed a sediment trap from the research vessel Roger Revelle in the fall of 2018 during the EXPORTS expedition in the Gulf of Alaska. EXPORTS (Export Processes in the Ocean from Remote Sensing) is a NASA-funded program to provide insight into the role of the upper ocean in Earth's carbon cycle and climate system using both satellite and ship-based observations and data-gathering. In addition to being a member of the EXPORTS science team, Buesseler is also a part of WHOI's Ocean Twilight Zone initiative, which aims to explore the little-known part of the ocean from 200 to 1,000 meters.

Credit line

Photo by Alyssa Santoro

Orientation

Landscape

Resolution (DPI)

File name

Santoro_Ken_Matt deploying STT.jpeg

File type

Image

File extension

JPEG

File size

5.13MB

Height

2852px

Width

3895px

Uploaded on

2019-02-12 13:25:30

Views

510

Legacy usage

etaylor: Oceanus magazine, Vol. 55, No. 2, Pg. 6
ehugus: news release, 04/06/2020
jdoucette: Image Of the Day, 01/11/2019

Labels

Subjects

Expeditions, Projects, Initiatives > EXPORTS - Export Processes in the Ocean from Remote Sensing (NASA)

Instruments and Equipment > Sediment Trap > Neutrally Buoyant Sediment Trap TZEx

People > Revelle, Roger R. D.

This item includes these files

Image

Collections