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News

Researchers with the BioSCape campaign collect vegetation data from the Cape of Good Hope in South Africa. The field work, which took place in October and November, was part of an international collaboration that could help inform the capabilities of future satellite missions aimed at studying plants and animals. Adam Wilson

NASA Helps Study One of the World’s Most Diverse Ecosystems

NASA satellite and airborne tools aid an international team studying biodiversity on land and in the water around South Africa. An international team ...

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Science Team, JSC G-III

Nasa turns its gaze from space to the Western and Eastern Cape...

Nasa technology used to study outer space is now being turned downwards towards the Western and Eastern Cape to scan one of the most unique biodiversi...

Nasa turns its gaze from space to the Western and Eastern Cape in new biodiversity project

New Biodiversity Research Project Launches in South Africa

Cape Town, South Africa – A new biodiversity research project called BioSCape will be launched in the Western Cape, South Africa, on Tuesday, 17 Oct...

New Biodiversity Research Project Launches in South Africa

NASA is Coming to the Western Cape

The US National Aeronautics and Space Administration (NASA) is preparing to conduct a first-of-its-kind biodiversity field campaign in the Western Cap...

NASA is Coming to the Western Cape

BioSCape ARSET Webinar - Biodiversity Applications for Airborne...

We are thrilled to announce that registration for NASA's Applied Remote Sensing Training Program (ARSET) is now live! This course is designed to help ...

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BioSCape

The US National Aeronautics and Space Administration (NASA) is preparing to conduct its first Biodiversity field campaign incorporating airborne imaging spectroscopy, lidar, and field observations across South Africa’s Greater Cape Floristic Region (GCFR) including surrounding coastal and marine environments. The GCFR contains two Global Biodiversity Hotspots​ with the richest temperate flora and the third-highest marine endemism in the world. The field campaign includes a collection of new hyperspectral data ranging from UV to thermal wavelengths acquired by PRISM, AVIRIS-NG, and HyTES spectrometers combined with the LVIS laser altimeter aboard the NASA GIII and GV aircraft. See here for more information about the technology.

These remotely sensed data will be combined with existing and new observations of the spatial distribution of species, ecosystems, and their traits to enable high-resolution mapping of biodiversity, functional traits, and three-dimensional structure across environmental gradients and times-since-disturbance.

The campaign is organized around three major themes aimed at understanding:

  1. the distribution and abundance of biodiversity,
  2. the role of biodiversity in ecosystem function, and
  3. the impacts of biodiversity change on ecosystem services.

This focus represents an important paradigm shift from previous NASA field campaigns, which were primarily biogeochemical, toward an approach for measuring and understanding functional, phylogenetic, and taxonomic biological diversity as key components of ecosystem function. The Science Team will be selected from submissions to NASA’s Research Opportunities in Space and Earth Sciences (ROSES) in early to mid-2021. Local partners include the South African Environmental Observation Network (SAEON) and the South African National Space Agency (SANSA).