Connecting pollutants and air temperature in the Maldives
Diversity, Equity, and Inclusion (DEI) Task Force
Important: The GLOBE DEI Task Force has transitioned into the GLOBE Diversity, Equity, and Inclusion Working group. For all current information related to DEI at GLOBE, check out the GLOBE DEI Working Group page.
With the support of GLOBE Program Sponsors from NASA and NSF, in the fall of 2019 the GLOBE DEI Task Force was formed with the goal of creating a GLOBE statement and implementation plan on Diversity, Equity and Inclusion. In February 2020 the group met in Boulder, Colorado for a DEI workshop, and to begin working on these statements. This group has met monthly ever since to collaboratively produce the statements shown below. These statements and action plan were presented to the GLOBE Community at the 2020 Virtual Meeting. A recording of this presentation can be found on GLOBE's Annual Meeting videos page.
DEI Task Force Members
| Shadrack Agyiri (Ghana) | Jill Karsten (USA) |
| Jennifer Bourgeault (USA) | Julie Malmberg (USA) |
| Katie Chapman (USA) | Josette Neal-De-Stanton (USA) |
| Kimberly Davis (USA) | David Padgett (USA) |
| Mindi DePaola (USA) | Richard Parsons (USA) |
| Francis Emralino (Philippines) | Marina Pavlic (Croatia) |
| Wrayna Fairchild (USA) | Ana Prieto (Argentina) |
| Trena Ferrell (USA) | Nate Raynor (USA) |
| Rosalba Giarratano (USA) | Juan Felipe Restrepo Mesa (Colombia) |
| Kate Goss (USA) | Elena Sparrow (USA) |
| Nikitah Imani (USA) | Josephine Joy Tolentino (Philippines) |
Action Plan (detailed):
- Create DEI Working Group
- Administer DEI Assessments
- Build a DEI Standard Operating Procedure (SOP)
- Develop DEI based Resources
- Establish DEI Training Opportunities
- Form DEI Supportive Partnerships
- Find funding for DEI
- Communicate DEI Initiatives
To see translations of the draft DEI Definitions, Mission, Vision and overview of the Draft Action Plan, click here.
Recent DEI-Related Blog Posts
Blog originally posted on The GLOBE Scientists' Blog: http://blog.globe.gov/sciblog/2013/03/06/connecting-pollutants-and-air-temperature-in-the-maldives/
With climate change, there are many relationships that are understood, and many others that are not. Dr. Veerabhadran Ramanathan from The Scripps Institute in San Diego has spent the last fifteen years in the Maldives, a nation south of India that is comprised of over 1,200 islands, studying the relationship between air pollutants, cloud formation and air temperature.
The Maldives are a great location for such an experiment because during the months of November through March, the country experiences its dry season with respect to the monsoon, and pollutant heavy air can be seen traveling from thousands of kilometers away from countries like India and Pakistan. Furthermore, the island nation has a low elevation and is extremely sensitive to changes in sea level rise.
Through the research, Ramanathan and his colleagues discovered that these pollutants are primarily composed of black carbon soot that comes from the burning of fossil fuels and biomass. With the longevity of the research, they were able to understand that there is a strong heating effect of these pollutants. But black carbon soot affects more than air temperature – it destroys millions of tons of crops annually and causes human health concerns. The good news is that this type of emission is easy to reduce due to the face that its lifespan in the atmosphere is short.
If these types of pollutants are reduced quickly, the long-term negative effects of climate change can be reduced by nearly 50% in the next 20-30 years. With Ramanathan’s research, The Climate and Clean Air Coalition (CCAC) was established. The CCAC is focusing on the reduction of short lived pollutants by nearly one third to protect and improve human health and agriculture.
And while the relationship between black carbon soot and warming is better understood, and has recently been presented by the International Global Atmospheric Chemistry Project, the affect the black carbon has on clouds and the type that form is still unknown. Further research is necessary to understand the feedback between black carbon affected clouds and climate change.
Suggested activity: If you're a GLOBE school in an area that sees seasonal fluctuations in air quality, you can perform your own research study to see the affect that air pollution has on your local temperature, cloud type and cloud cover. Start by taking air temperature, cloud clover, cloud type and aerosol measurements and enter them into the GLOBE database. Then as your database grows, start to examine the relationships that exist between the variables. Then, be sure to tell us about it. You can share your future research plans with us through a comment, email or on our Facebook Page. For more information on Ramanathan's research, watch this video.