<--- Back to Details
First PageDocument Content
Meteorology / Lidar / Robotic sensing / Atmospheric dynamics / Wind / Atmospheric convection / Convective Boundary Layer / Atmospheric sciences / Atmospheric lidar
Date: 2012-11-07 10:48:43
Meteorology
Lidar
Robotic sensing
Atmospheric dynamics
Wind
Atmospheric convection
Convective Boundary Layer
Atmospheric sciences
Atmospheric lidar

Microsoft Word - CLRC2011.doc

Add to Reading List

Source URL: sti.usra.edu

Download Document from Source Website

File Size: 265,29 KB

Share Document on Facebook

Similar Documents

Chapter 6 Convection and the Environment In this final chapter we study the ways in which moist convection interacts with the surrounding atmospheric environment. Much of the material in this chapter is not as well under

DocID: 1uQED - View Document

Sensitivity of the hydrologic cycle to surface flux enhancement by convection Ann Casey Hughes1, David Randall2, Charlotte DeMott2, Andrea Jenney2 1Wofford College, Spartanburg, SC and 2Department of Atmospheric Science,

DocID: 1uuoi - View Document

Meteorology / Atmospheric electricity / Storm / Lightning / Electrical phenomena / Microscale meteorology / Radio atmospheric / Rain / Thunderstorm / Cloud / Atmospheric convection / Graupel

From Clouds to Thunderstorms Carlos Augusto Morales University of São Paulo Height (km)

DocID: 1rt5m - View Document

Meteorology / Lidar / Robotic sensing / Atmospheric dynamics / Wind / Atmospheric convection / Convective Boundary Layer / Atmospheric sciences / Atmospheric lidar

Microsoft Word - CLRC2011.doc

DocID: 1rnGE - View Document

Meteorology / Storm / Atmospheric thermodynamics / National Severe Storms Laboratory / National Weather Service / Norman /  Oklahoma / Thunderstorm / Atmospheric convection / Cloud / Cumulus cloud / Troposphere

WRF-Chem Simulation of Deep Convective Transport in Different Scale Storms using Lightning Data Assimilation Yunyao Li (University of Maryland) Kenneth Pickering, Mary Barth, Megan Bela, Kristin Cummings, Dale Allen,

DocID: 1rm99 - View Document