NOAA Leverages Advanced Technologies to Manage Ocean Resources
The National Oceanic and Atmospheric Administration (NOAA) is utilizing cutting-edge technologies to collect and analyze data on ocean resources and habitats, supporting healthy ecosystems and informed management decisions.
NOAA scientists rely on advanced technologies to gather critical data on ocean resources and habitats. By leveraging these technologies, they can support healthy ecosystems, study endangered species, and make informed management decisions.
Advanced Technologies for Ocean Management
The use of advanced technologies such as modernized surveys, data modernization, and cloud excellence enables NOAA to pave the way for an efficient and robust data enterprise. This is achieved through collaborations for open science and open data, driving innovation and progress in ocean management.
NOAA's Technology Week showcases the array of tools and innovations used to carry out its mission. The event highlights the importance of advanced technologies in reducing vessel strikes, surveying underwater worlds, and analyzing acoustic data.
Surveys and Acoustics
NOAA's surveys utilize a range of technologies, including acoustics, uncrewed systems, remote sensing, and satellites, to study the underwater world and its inhabitants. Acoustic data is used to detect and characterize physical and biological features of ocean areas, providing valuable insights into marine life and habitats.
The use of passive acoustic monitoring tools and echosounders enables NOAA scientists to record and analyze underwater sounds, helping to identify and track marine species. This information is crucial for making informed management decisions and reducing risks to marine life.
Remote Sensing and Satellite Data
Remote sensing and satellite data play a vital role in NOAA's ocean management efforts. Satellite imaging and aerial photography provide valuable information on ocean conditions, marine life, and habitats.
The use of satellite tags, satellite imaging, and aerial photography enables NOAA scientists to gather accurate and comprehensive data on marine species and habitats, supporting informed management decisions and conservation efforts.
Omics and Genetics
The analysis of genetic material, known as 'omics, provides NOAA scientists with critical data on marine species and habitats. This information is used to identify organisms, understand their behavior, and predict shifts in population structure.
The use of genetic tools, such as environmental DNA analysis, enables NOAA scientists to obtain data in more efficient and inexpensive ways, supporting conservation efforts and management decisions. Genetic research on species such as the Atlantic bluefin tuna and Alaska red king crab provides valuable insights into their population structure and resilience to climate change.
