3 © 2009 Copyright University Corporation for Atmospheric Research RD 94 (AVAPS II) Functionality Sensors –Pressure, Temperature, Humidity Vaisala RS-904.

Slides:



Advertisements
Similar presentations
Good Morning. Im the meteorologist, ______ ________. Yesterday I predicted ________. My prediction was_________, because it _________. I ___ed. Here is.
Advertisements

Dropsonde RICO Atmospheric Technology Division/ NCAR Terry Hock
Contents Different O.S. and platforms. Different programming languages. Possibilities for mobiles. GPS, digital compass, accelerometer,… Augmented reality.
USPS ® Weather Course Supplemental Slide Set Wx Instruments.
Copyright © 2010 Pearson Addison-Wesley. All rights reserved. Chapter 10 One- and Two-Sample Tests of Hypotheses.
MODEM Upper-Air Radiosounding System _____ Latest developments.
GPS Dropwindsondes FRS 142 Farrell Harding Professor Ed Groth.
ASCII Soundings Binod Pokharel. Two ASCII-WWMPP sounding sites 72MGAUS soundings (ASCII) GPS-based soundings (GRAW) (1 sounding per RSE case) ASCII Window.
The Evolution and Development of the United States NOAA National Weather Service Universal Radiosonde Replacement System TECO 2005 World Meteorological.
1 00/XXXX © Crown copyright UK Radiosonde testing 2002/2003 and improvements to the Camborne test facility Richard Smout, John Nash CIMO ET on Upper Air.
LBA-Claire 2001 Manaus experiment – rawinsoundings Gilberto Fisch (CTA) Paulo Artaxo (USP)
2nd International Hybrid Marine Propulsion Conference 12 November 2012 | Amsterdam RAI Media Partner.
2nd International Hybrid Marine Propulsion Conference 12 November 2012 | Amsterdam RAI Media Partner.
ADITYA B. BRANDON G. MARCELO L. NIKHIL S. THE INCREDIBLE HUD.
The Weekend Navigator Part II Copyright 2008 Coast Guard Auxiliary Association, Inc.
Hannu Jauhiainen, Matti Lehmuskero, Jussi Åkerberg TECO 2005 Bucharest
SCIENTIST WORK STATIONS Advanced display tools will build on current software to allow for integrated displays of data from onboard instrumentation (e.g.,
Inter-Continental Atmospheric Radiosonde Upper-air Sounding System ( ICARUSS) Hal Cole, Mel Shapiro, Vin Lally, Terry Hock, Rolf Langland Surface & Sounding.
Team Name Flight Readiness Review (this is a bare-bones template – make it fancier if you wish, but be sure to address at least the items listed here)
Exercises: Organizing, Loading, and Managing Point Observations Using HydroServer Support EAR CUAHSI HIS Sharing hydrologic data
16/10/01DBCP Meeting-Perth Ship Automatic Weather Stations.
2nd International Hybrid Marine Propulsion Conference 12 November 2012 | Amsterdam RAI Media Partner.
1 The NCAR/NOAA Global Hawk Dropsonde System Gary Wick 1, Terry Hock 2, and Ryan Spackman 1 1 NOAA ESRL/PSD, 2 NCAR/EOL.
Presentation & Evolution of the Shipboard Automatic Weather Station BATOS TECO BUCAREST.
This tutorial will assist you in creating graphs from downloadable excel files.
1 Dropsonde Operations in HS WISPAR analyses nearing completion Atmospheric River analysis AR transport characteristics Comparison with NWP reanalyses.
Evaluation of the WVSS-II Sensor Using Co-located In-situ and Remotely Sensed Observations Sarah Bedka, Ralph Petersen, Wayne Feltz, and Erik Olson CIMSS.
MicroMet Group Cutting Edge Technology Upper Air Radio Sounding Systems.
Atomic Aggies CDR. Final Launch Vehicle Dimensions Diameter 5.5” Overall length: inches Approximate Loaded Weight: lb.
MMS - Ozonesonde Wind and Temperature Comparison during CR-AVE T.P. Bui, J. Dean-Day, C. Chang, R. Castaneda NASA-Ames Research Center H. Voemel University.
1. Are climate and weather mean same? 2. How do you differentiate between climate and weather? 3. What are the important components of weather elements?
Gathering Weather Data
Precipitation Type: __________________ Amount: ________________ Name_________________ Date__________ Temperature High: __________________ Low: ________________.
AVAPS II DROPSONDE Overview
Interactively change status, schedules, setpoints and strategies
Chapter 27 Section I-II Moisture in the Atmosphere.
RADIOSONDES SAMPLING THE UPPER ATMOSPHERE. EARLY MET KITE INCLUDED SENSORS, DATA RECORDER.
Gathering Weather Data SWBAT recognize the importance of accurate weather data; describe the technology used to collect weather data; analyze the strengths.
RANGER by SibSat (Krasnoyarsk, Russia) preliminary design report.
TASK 3.1 Physical Interoperability State of the progress PIAP Milan, C2-SENE Milan 1.
Introduction to Sensors and Calibration Factors. Choosing a suitable recording range on a data logger Logger will have several range options: e.g. -10.
Gathering Weather Data Section Data From Earth ’ s Surface Meteorologists measure temperature, air pressure, wind speed, and relative humidity __________–
Weather Balloon’s/Radiosonde. EXTENSIBLEINEXTENSIBLE  Most balloons are extensible or they stretch. The volume of the balloon increases until it explodes.
基 督 再 來 (一). 經文: 1 你們心裡不要憂愁;你們信神,也當信我。 2 在我父的家裡有許多住處;若是沒有,我就早 已告訴你們了。我去原是為你們預備地去 。 3 我 若去為你們預備了地方,就必再來接你們到我那 裡去,我在 那裡,叫你們也在那裡, ] ( 約 14 : 1-3)
Presented by Robert Clark Instrument Technician
Gail Lambert It’s Time for Something New! It’s time for something new! Making Science Relevant Featuring Relevant, meaningful activities that both engage.
U.S. Radiosondes Jan. 2000, NWS awarded contracts to two radiosonde manufacturers, Sippican and InterMet Systems, for the development and submission of.
Evaluation for China L band radiosonde Dr. LI Wei CMA Meteorological Observation Centre.
Vaisala Capabilities in Hydrometeorology Nicholas W. S. Demetriades and Ronald L. Holle Vaisala, Inc. Tucson, Arizona Fourth Symposium On Southwest Hydrometeorology.
AVAPS I to AVAPS II - Chassis Hardware & Flight Software Changes April 28 th & 29 th, 2009 AVAPS Users Group Meeting Dean Lauritsen.
AUTOMATIC WEATHER STATION (AWS)
Driftsonde System Capabilities
6.E.2B.1 Investigating Daily Weather
Polar Area Weather Station (PAWS)
Copyrights apply.
Essential Questions Why is accurate weather data important?
By Tim Brice Forecaster – NWS El Paso
דיני חברות ד"ר ויקטור ח. בוגנים
Слайд-дәріс Қарағанды мемлекеттік техникалық университеті
.. -"""--..J '. / /I/I =---=-- -, _ --, _ = :;:.
Dropsonde RICO Atmospheric Technology Division/ NCAR Terry Hock
What causes weather? Weather is caused by differences in Temperature
Meteorological Impacts of the Rim Fire of 2013
II //II // \ Others Q.
I1I1 a 1·1,.,.,,I.,,I · I 1··n I J,-·
Section 3: Gathering Weather Data
UNR Quad turbulence experiment on March-15, 2018 Set number : 5
OC3570 Operational Meteorology
Thing / Person:____________________ Dates:_________________
. '. '. I;.,, - - "!' - -·-·,Ii '.....,,......, -,
Presentation transcript:

3 © 2009 Copyright University Corporation for Atmospheric Research RD 94 (AVAPS II) Functionality Sensors –Pressure, Temperature, Humidity Vaisala RS-904 PTU module (Standard part) Pressure sensor – no change from RD-93 Humidity sensors – no change from RD-93 Temperature sensor – no change from RD-93 –Winds and Position via GPS receiver U-Blox TIM-5H receiver, latest generation from u-Blox –(RD-93 used TIM-LF, TIM-4P) Date Rate –PTU 2 Hz Data (0.5sec) –Position 2 Hz (0.5 sec) –Winds 4 Hz (0.25 sec)

Dropsondenanlage im 19 Flugzeug-Rack Von unten nach oben: -Rechner -Telemetrie-Einheit -Tastatutschublade -Bildschirm -Re-Radiation Box

5 © 2010 Copyright University Corporation for Atmospheric Research AVAPS II Software Changes Sounding Graphics: All Channels (1) Display