U-Mich Ground Radiometers at CLPX Tony England, PI, Roger De Roo, co-PI, Haoyu Gu, graduate student, Hanh.

Slides:



Advertisements
Similar presentations
WHAT YOU NEED TO DO AS AN UNDERGRADUATE TO GET INTO GRADUATE SCHOOL So you want to go to grad school, huh?
Advertisements

The retrieval of snow properties from space: theory and applications A. A. Kokhanovsky 1, M. Tedesco 2,3, G. Heygster 1, M. Schreier 1, E. P. Zege 4 1)University.
Radiative Transfer Dr. X-Pol Microwave Remote Sensing INEL 6669
Development and validation of a capability for wide-swath storm observations of ocean surface wind speed Timothy L. Miller 1 M.
Right Triangle Trigonometry Word problems SO H CA H TO A CH O SH A CA O Your calculator should be in DEGREE MODE.
1 SNOWPACK AND FRESHWATER ICE SENSING USING AUTOCORRELATION RADIOMETRY A. W. (Tony) England, Hamid Nejati, and Amanda Mims University of Michigan, Ann.
1/03/09 De 89 à 98. 1/03/09 De 89 à 98 1/03/09 De 89 à 98.
Thermometer Variable: temperature Units: Degrees Celsius ( o C) Accuracy: marked to 0.5 o C Cost: £10 Site: in the shade (e.g. a Stevenson Screen) Mercury.
Bio-optical Gliders and Profiling floats in the Mediterranean ARGO SCIENCE WORKSHOP – MARCH 13 – 18, 2006 Fabrizio D’Ortenzio 1, Katarzyna Niewiadomska.
Near Surface Soil Moisture Estimating using Satellite Data Researcher: Dleen Al- Shrafany Supervisors : Dr.Dawei Han Dr.Miguel Rico-Ramirez.
Line scanners Chapter 6. Frame capture systems collect an image of a scene of one instant in time The scanner records a narrow swath perpendicular to.
Compass Treasure Hunt By Nancy Moore Walton Middle School 1.Allow class to experiment with the compass. See if they can discover and share the techniques.
Radio Aeronomy at Onsala Space Observatory Peter Forkman
STAR-Light: Enabling a New Vision for Land Surface Hydrology in the Arctic A. W. England and Roger De Roo Atmospheric, Oceanic, and Space Sciences Electrical.
Wilkinson Microwave Anisotropy Probe (WMAP) Timeline June 30, 2001: launched aboard a Delta II launch vehicle October 1, 2001: arrival at L2 April.
U-Mich Ground Radiometers at CLPX Tony England, PI, Roger De Roo, co-PI, Haoyu Gu, graduate student, Hanh.
Retrieval of Snow Water Equivalent Using Passive Microwave Brightness Temperature Data By: Purushottam Raj Singh & Thian Yew Gan Dept. of Civil & Environmental.
EECS 823 MACHARIA.  Four-frequency, linearly-polarized, passive microwave radiometric system which measures atmospheric, ocean and terrain microwave.
1 EE 543 Theory and Principles of Remote Sensing Derivation of the Transport Equation.
Chapter 1 Section 2. Accuracy describes how close a measured value is to the true value of the quantity measured. a.k.a “the right answer”, or the agreed.
Princeton University Development of Improved Forward Models for Retrievals of Snow Properties Eric. F. Wood, Princeton University Dennis. P. Lettenmaier,
MWR and MWR3C data during MAGIC M. P. Cadeddu Argonne National Laboratory First MAGIC Science Workshop, May 5-7, 2014, Brookhaven National Laboratory,
Infrared Interferometers and Microwave Radiometers Dr. David D. Turner Space Science and Engineering Center University of Wisconsin - Madison
Background and Status of the Water-Vapour Radiometer at Effelsberg A. Roy U. Teuber R. Keller.
Passive Microwave Remote Sensing
PASSIVE MICROWAVE TECHNIQUES FOR HYDROLOGICAL APPLICATIONS by : P. Ferrazzoli Tor Vergata University Roma, Italy
A Measuring Polygon with a Complex of Polarimetric, Combined Active-Passive Sensors of S-, Ku-, and Ka-band of Frequencies for Soil and Snow Remote Sensing.
2011 National Air Quality Conferences March , 2011 Development of the USEPA Quality Assurance Guidance for the Collection of Meteorological Data.
1. If sin  = 5/12, then find cos (90 –  ). (Hint draw a picture, label it, then simplify your fraction answer.) 2. If tan  = 3/7, then find tan (90.
Grad Transitions... A course required for your Graduation!
Thoughts on the Design of a WVR for Alan Roy (MPIfR) the Twin Telescope at Wettzell.
MULTI-FREQUENCY, MULTI-POLARIZATION AND ANGULAR MEASUREMENTS OF BARE SOIL, SNOW AND WATER ICE MICROWAVE REFLECTION AND EMISSION BY C-, Ku-, AND Ka-BAND,
NPOESS Conical Scanning Microwave Imager/ Sounder (CMIS) Overview
LEVEL 1 Lesson 1 Topic: Christmas Tree and Presents Length:15 Minutes.
SeaWiFS Views Hurricane Fabian Gathering Strength 970.2/Gene Feldman, Laboratory for Hydrospheric Processes, SeaWiFS SIMBIOS Project Office
Adjectives and Adverbs
Atmospheric Visualization Collections. Atmospheric Visualization-A Collection at the NSDL Near real time remote sensing of the atmosphere to provide high.
2012 /13 Monmouth Science Imitative Project
What can we see in the sky?. IN THE SKY WE CAN SEE MUCH MORE!
Gene Feldman/NASA GSFC, Laboratory for Hydrospheric Processes, SeaWiFS Project Office Tasmanian scientists plan to use new satellite.
Charles L Wrench RCRU Determining Cloud Liquid Water Path from Radiometer measurements at Chilbolton.
Satellite Microwave Radiometry: Current and Future Products Rogre De Roo and Tony England Atmospheric, Oceanic, and Space Sciences.
Chalmers University of Technology Site-Dependent Electromagnetic Effects in High-Accuracy Applications of GNSS Jan Johansson and Tong Ning Chalmers University.
Course 2 Probability Basics 7.9 and Theoretical Probability Theoretical Probability is the ratio of the number of ways an event can occur to the.
Nicolas Gaussiat, Anthony Illingworth and Robin Hogan Beeskow, 12 Oct 2005 Liquid Water Path from radiometers and lidar.
CLPX Workshop May 28-29, 2003 Boulder, Colorado Ground-based Radar Measurements of LSOS Snowpack Gilles CASTRES SAINT-MARTIN Kamal SARABANDI Radiation.
Design by James Clarke Design by James ClarkeDesign by James Clarke Design by James Clarke Design by James Clarke Design by JamesDesign by James Clarke.
。 33 投资环境 3 开阔视野 提升竞争力 。 3 嘉峪关市概况 。 3 。 3 嘉峪关是一座新兴的工业旅游城市,因关得名,因企设市,是长城文化与丝路文化交 汇点,是全国唯一一座以长城关隘命名的城市。嘉峪关关城位于祁连山、黑山之间。 1965 年建市,下辖雄关区、镜铁区、长城区, 全市总面积 2935.
New Projects: Collaborators Sought NSF OPP Instrumentation Project: STAR-Light – a 1.4 GHz aperture synthesis radiometer for use on light aircraft in arctic.
Consulting and Technology Technical Excellence | Pragmatic Solutions | Proven Delivery Calibration Test Sites Selection and Characterisation WP 240 Equipment.
Short or Tall?. Short Tall Short Tall Short Tall. 3
RENISH THOMAS (GPM) Global-Precipitation- Mapper
NSIDC CLPX Cryosphere Science Data Product Metrics
CoSMIR Performance during OLYMPEX
MICROWAVE REMOTE-SENSING PROJECT UPDATE
Rogers customer service Rogers support number
Retrieval of microwave effective grain size for seasonally and spatially varying snow cover Juha Lemmetyinen 1), Chris Derksen 2), Peter Toose 2), Martin.
Tips Need to Consider When Organizing a College Event
Wei Huang Class project presentation for ECE539
Unit 7a Review Math 2 Honors.
ماجستير إدارة المعارض من بريطانيا
Development and Evaluation of a Forward Snow Microwave Emission Model
Jamestown Statehouse Project
Calibration and Validation of Microwave Humidity Sounder onboard FY-3D Satellite Yang Guo, Songyan Gu NSMC/CMA Mar
How tall is the table?.
Cabauw - status of instruments -
Improved Forward Models for Retrievals of Snow Properties
Survey of the 2.45GHz microwave field
Floods Way too much water.
ENGLISH FOR BUSINESS LIFE Congress, symposiums, conferences, workshops
Presentation transcript:

U-Mich Ground Radiometers at CLPX Tony England, PI, Roger De Roo, co-PI, Haoyu Gu, graduate student, Hanh Pham, graduate student, David Boprie, technical support James Glettler, undergraduate student

Equipment at CLPX Truck-based radiometers –37 GHz V/H –19 GHz V/H –6.7 GHz V/H –1.4 GHz V/H (?) Micro-met station

CLPX radiometer events Large tree upwelling Small tree upwelling Snow course dwell Snow course elevation scan Large tree downwelling Sky calibration  absorber calibration Power-up and thermal set point changes

CLPX event descriptions Short Tree Upwelling Tall Tree Upwelling Tall Tree Downwelling Snow Elevation Scan Snow Dwell W NW SW

CLPX events Microwave Radiometer Events, by type & epoch Days of data collection, by radiometer and epoch

Example brightness data (presented)

Example brightness data (corrected)