Intensive Observation Periods (IOPs)
Intensive Observation Periods (IOPs) are focused periods of time where participants are encouraged to collect large amounts of data and enter it in the GLOBE database. Data that is collected during an IOP will provide other GLOBE students, scientists, researchers, and educators large amounts of concentrated data over a short period of time. This can also be referred to as "Data Density." Ground-based data density can serve as way to help validate data coming from satellites and airborne instruments.
For instance, if GLOBE students take multiple measurements of tree height and land cover over a short amount of time and build up a strong database, scientists working with the ICESat-2 satellite tree height data can use the IOP student data and compare it to the ICESat-2 tree height measurements. Scientists working with land cover data from the Landsat satellite can do the same for land cover.
OCTOBER 2019-LAND COVER IOP UPCOMING!
JULY 2019-Tree Height IOP COMPLETED!
CONGRATULATIONS TO THE WINNER OF THE JULY 2019 TREE HEIGHT INTENSIVE OBSERVATION PERIOD
April 2019-Land Cover IOP COMPLETED!
CONGRATULATIONS TO THE WINNER OF THE APRIL 2019 LAND COVER INTENSIVE OBSERVATION PERIOD
January 2019-Tree Height IOP COMPLETED!
CONGRATULATIONS TO THE WINNER OF THE JANUARY 2019 TREE HEIGHT INTENSIVE OBSERVATION PERIOD
During each IOP, GLOBE students will:
- Take measurements of tree height (January and July) or land cover (April and October) and one additional protocol, from the suite of campaign protocols found at https://www.globe.gov/web/trees-around-the-globe/overview/start-taking-measurements,
- take measurements at least three times per week for one month at the same study site for both protocols.
- The tree height measurements should be of the same trees each time for each site.
- You can have multiple sites for trees and land cover, thus increasing the number of trees and land covers measured.
- report their number of tree height or land cover measurements and identify the additional protocol measurement and number of measurements by the 5th day of the following month to Brian Campbell
Each participant will receive a Virtual Tree Height or Land Cover IOP Badge
The GLOBE school with the most collected tree height data or land cover data and additional protocol data will receive:
· A Virtual one-on-one Q and A session with a NASA scientist, researcher, or engineer.
· Virtual Tree Height or Land Cover IOP Winner Badge
The major goal here is to have students compare their measurements seasonally and with other GLOBE school measurements from around the world.