Predicting Urban Plus Coastal Microclimates

Firstly, a mobile laboratory is going on the move. Thereby containing sensors that measure wind speed and direction. In addition air quality, precipitation, and other atmospheric variables. Most noteworthy, it’s being deployed in urban and coastal areas. All as part of a larger effort to improve local forecasting capabilities in complex environments.

January 29, 2019

A team from Brookhaven Lab has deployed a sensor-equipped truck that will drive around urban and coastal areas in the Northeastern United States over the next few years to collect atmospheric data. These data will advance our understanding of the hard-to-predict microclimates—local climates that differ from the climate of the surrounding area—affecting such areas.  Predicting Urban Plus Coastal Microclimates.
In addition, a team from Brookhaven Lab has deployed a sensor-equipped truck. This truck will drive around urban and coastal areas in the Northeastern United States. They will over the next few years to collect atmospheric data. These data points will advance our understanding of the hard-to-predict microclimates—local climates. To learn on those that differ from the climate of the surrounding area. Thereby affecting such areas.

In conclusion, a team from Brookhaven Lab has deployed a sensor-equipped truck. One that will drive around urban and coastal areas in the Northeastern United States. Cause they are gonna collect data. That’s therefore data over the next few years. Thereby to collect atmospheric data. So these data points will advance our understanding. Understanding of the hard-to-predict microclimates, thereby local climates. Finally they will see one that differ from the climate of the surrounding area. Theeby affecting such areas.

Furthermore, for the entire story at BNL.gov