Current Global Measurement Campaigns & IOPs

GLOBE is committed to climate education and data literacy, and understanding climate on local, regional and global levels by exploring past data alongside present climate data is important in measuring environmental changes at all scales, and planning for the future. The purpose of this year-long campaign is to take a deep-dive into the last 30 years of GLOBE data. We encourage participants, specifically GLOBE students, to consider what environmental changes are emerging in their local ecosystems through collecting and analyzing environmental data via GLOBE protocols across all four GLOBE spheres, exploring GLOBE learning activities and utilizing GLOBE databases.  Investigations exploring paired data, collected in the past and now is particularly encouraged.

The 30 Year of GLOBE Campaign will connect with other GLOBE campaigns happening around the world. Students are encouraged to share what they learn at the 2025 International Virtual Science Symposium (IVSS). Students may also participate in the campaign by submitting their project to a regional Student Research Symposium as well as other GLOBE student symposia. 

Created in conjunction with NASA's ICESat-2 satellite launch, the Trees Around the GLOBE Campaign focuses on providing ground-truth tree height measurements for NASA scientists. By studying the height of the trees in a particular area, researchers can construct 3D models of a forest's canopy, informing them on a number of environmental factors from the land's carbon and to how the ecosystem itself functions.

In this campaign, participants can gather data on the tree height in their local habitat as well as baseline measurements like air and surface temperature.

A global collaboration between scientists, local governments, public health officials, and the GLOBE community, Mission Mosquito focuses on monitoring changes in the frequency, range and distribution of potential disease vector mosquitoes. By combining ground-truth mosquito larvae measurements with NASA satellite data, researchers can determine important information about mosquito habitats that local governments can then use for public health initiatives.

In this campaign, participants can use the GLOBE Observer Mosquito Habitat Mapper mobile app to photograph bodies of standing water, determine the number and species of mosquito larvae present, take a Land Cover observation also, and, if possible-dump or tip water in containers.

Led by the University of Toledo, the Urban Heat Island Effect-Surface Temperature IOP focuses on studying the impacts of urbanization on Earth's temperature. By comparing the surface temperatures of different types of land cover in your area, scientists can start to determine how land cover influences the various interactions in our atmosphere.

In this IOP, students can set up comparative measurement sites between paved and grassy areas, terrestrial and aquatic area, or any other area of contrasting land cover.