Yu research spotlighted in EOS

July 29, 2015
Archive

ESSIC Assistant Research Scientist Hongbin Yu’s recent publication on the fertilizing role of African dust in the Amazon rainforest was highlighted in the June 2015 Research Spotlight article of EOS Earth and Space Science News.

Latest News

ESSIC Celebrates 2024 Peer Awards

December 18, 2024

Earth’s rainy days are changing and plant life is responding. This visualization shows average precipitation for the entire globe based on more than 20 years of data from 2000 to 2023. Cooler colors indicate areas that receive less rain. Warm colors receive more rain. NASA’s Scientific Visualization Studio

Crops, Forests Responding to Changing Rainfall Patterns

December 12, 2024

Figure 1. Time series of global monthly anomalies of 2-meter air temperature (top) and TPW (bottom) derived from ERA5 analyses. The straight lines are the linear trends derived from the monthly anomalies. Anomalies and trends are shown for global means based on 1:30 am/1:30 pm local time data only (red) and all hourly data (black). The anomalies and trends for both data sets are so similar that the black curves are almost obscured by the red curves. Computed annual trend values for both 24-hour and 1:30 am/pm data are shown in blue and red, respectively.

Trends in Temperature, Water Vapor and Surface Pressure: Signals of Climate Change and Atmospheric CO2 Increases

December 10, 2024

Lars Peter Riishojgaard Joins UMD to Direct the Earth System Science Interdisciplinary Center

December 9, 2024

Scientists analyze the impact of ozone depleting substances on the ozone layer using data acquired from a variety of platforms, including high altitude balloons and aircraft that can obtain air samples in the stratosphere. Data from these platforms help guide the analysis in the Lickley et al. paper. The images show the launch of a NASA high altitude balloon payload and the landing of the NASA ER-2 aircraft in Fairbanks, Alaska. Photo credits: Ross Salawitch

High Emissions from Feedstocks and Aged Equipment are Delaying Ozone Recovery

December 2, 2024