Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS RDX06 – Remote Sensing Across The Great Lakes: Observations, Monitoring,

Slides:

Advertisements

Similar presentations

Prof. G. Robert Brakenridge March 12, 2011 Director, Dartmouth Flood Observatory CSDMS, INSTAAR, University of Colorado.

Advertisements

Lesson 12: Technology I Technology matters Most of the topics we’ve learned so far rely on measurement and observation: – Ocean acidification – Salinity.

Gina Loss – Service Hydrologist Dave Bernhardt – Science & Operations Officer Great Falls, Montana.

Satellite Capabilities for Water Resource/Quality Mapping 27 May 2013 Mark Kapfer C-Core 1.

Modeling Digital Remote Sensing Presented by Rob Snyder.

RU COOL Direct Broadcast Acquisitions L-band (1.2 meter antenna) United States NOAA POES AVHRR Product: 1km sea surface temperatures (SST), de-clouded.

Meteorological satellites – National Oceanographic and Atmospheric Administration (NOAA)-Polar Orbiting Environmental Satellite (POES) Orbital characteristics.

Remote Sensing of Water Cryosphere and MRR Update Spectral Properties of Water Measuring Chlorophyll Content Sea Surface Temperature ENSO Discussion For.

Dr. Sarawut NINSAWAT GEO Grid Research Group/ITRI/AIST GEO Grid Research Group/ITRI/AIST Development of OGC Framework for Estimating Near Real-time Air.

Satellite Imagery ARSET Applied Remote SEnsing Training A project of NASA Applied Sciences Introduction to Remote Sensing and Air Quality Applications.

Visible Satellite Imagery Spring 2015 ARSET - AQ Applied Remote Sensing Education and Training – Air Quality A project of NASA Applied Sciences Week –

GIS and Remote Sensing Delaware Geographic Alliance

GIS and Remote Sensing Delaware Geographic Alliance University of Delaware Houston, TX; Landsat-7.

1 The NOAA Weather and Climate Toolkit Steve Ansari, Stephen Del Greco (NOAA / NCDC) Mark Phillips (UNC-Asheville / NEMAC) Bill Hankins (STG Inc.)

Visualization, Exploration, and Model Comparison of NASA Air Quality Remote Sensing data via Giovanni Ana I. Prados, Gregory Leptoukh, Arun Gopalan, and.

OC3522Summer 2001 OC Remote Sensing of the Atmosphere and Ocean - Summer 2001 A Brief History of Environmental Satellite Systems A Brief History.

1 FIRE DETECTION BY SATELLITE FOR FIRE CONTROL IN MONGOLIA Global Geostationary Fire Monitoring Workshop on March, 2004 Darmstadt Germany S.Tuya,

= copy information on slide. Delaware Geographic Alliance University of Delaware Houston, TX; Landsat-7.

Satellite Cloud Properties for CalWater 2 P. Minnis NASA LaRC.

MAPPING SNOW AND ICE FROM GEOSTATIONARY SATELLITES: GETTING READY FOR GOES-R Peter Romanov 1,2 and Dan Tarpley 1 1 Office of Research and Applications,

Assessment of Regional Vegetation Productivity: Using NDVI Temporal Profile Metrics Background NOAA satellite AVHRR data archive NDVI temporal profile.

Copyright 2005SIEP B.V.Shell Exploration & ProductionEPT-EIP0 Shell Exploration & Production 1 End user requirements (2) – some examples Alaska summer.

Harmful Algal Blooms A marine ecosystem manager is interested in using satellite and ocean model products to find precursors for the determination of harmful.

MODIS Workshop An Introduction to NASA’s Earth Observing System (EOS), Terra, and the MODIS Instrument Michele Thornton

AMFIC on AIRSAT- a web data base for hosting and easy retrieval of atmospheric data from satellites Konstantinos Kourtidis 1, Aristeidis Georgoulias 1,

1 NOAA IOOS Program Data Integration Framework (DIF) Project Overview Adapted from a brief to the NOAA Data Management Committee August 6, 2008 by Jeff.

MODIS Land Product Subsets Suresh K. Santhana Vannan, Robert B. Cook, Bruce E. Wilson, Lisa M. Olsen HDF and HDF-EOS Workshop XII October 15 – October.

Continuation and improvement of the NRT system for the remotely sensed data Task 1.1 Emanuele Böhm, Roberto Sciarra & Rosalia Santoleri Satellite Oceanography.

ABSTRACT In recent years, the NOAA CoastWatch Okeanos Ocean Color Operational Production System (OPS) has been providing a series of high quality ocean.

A presentation by Craig J. Evanego - U.S. National Ice Center Remote Sensing and Monitoring Ice Conditions in the Great Lakes.

“MODIS Direct Broadcast &Rapid Response Capabilities: Getting Information to Operational Decision Makers” An Earth Science Vision: Technology Pathways.

ESIP Federation 2004 : L.B.Pham S. Berrick, L. Pham, G. Leptoukh, Z. Liu, H. Rui, S. Shen, W. Teng, T. Zhu NASA Goddard Earth Sciences (GES) Data & Information.

MODIS OCEAN QA Browse Imagery (MQABI Browse Tool) NASA Goddard Space Flight Center Sept 4, 2003

VIPER Quality Assessment Overview Presenter: Sathyadev Ramachandran, SPS Inc.

NRL-MRY: NIC VIIRS Great Lakes Demo 1 Sea Ice VIIRS True Color Imagery Monitors Great Lakes Ice

Ocean Color Remote Sensing Pete Strutton, COAS/OSU.

Science applications of ARIES data at BAS McMurdo Ground Station Science Workshop 9 – 11 March 2004 Andrew Fleming British Antarctic Survey.

ORNL DAAC MODIS Subsetting and Visualization tools Tools and services to access subsets of MODIS data Suresh K. Santhana Vannan National Aeronautics and.

Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Image: MODIS Land Group, NASA GSFC March 2000 CoastWatch / OceanWatch Presented.

1 Lecture 17 Ocean Remote Sensing 9 December 2008.

Further information Results 19 tournaments surveyed : 415 interviews; 579 fishing locations; 1,599 fish hooked/landed Variable.

Assessing the Phenological Suitability of Global Landsat Data Sets for Forest Change Analysis The Global Land Cover Facility What does.

s Donna J. Scott, Marilyn Kaminski, Jason Wolfe, Terry Haran NSIDC's MODIS Snow and Sea Ice Products NSIDC provides a suite.

Geography. What is a GIS? GIS stands for Geographic Information System A tool people can use to map and analyze geographic data Organizes data by where.

Terra MODIS Collection 4 / 4.5 and Aqua MODIS Collection 4; Sinusoidal Projection Data from 2000 to present; 8-day, 16-day, or annual composites Sites.

V.G. Smirnov Yu. A. Scherbakov V.S. Loschilov Sea Ice mapping in AARI based on various space borne data Arctic and Antarctic Research Institute St. Petersburg.

Ship-Image map derived from a Terra MODIS image from October 20, 2003 (01:35 UT acquisition time), showing the course of the ARISE cruise (red line) between.

Bold Alligator January 30 – February 12, 2012 Onslow Bay, NC NRL will provide near-real-time satellite support products as a capability demonstration to.

David Herring Kevin Ward M a y 2 2, n a s a e a r t h o b s e r v a t.

MODIS Snow and Sea Ice Cover using Moderate Resolution Imaging Spectroradiometer (MODIS) data Dorothy.

McIDAS-X Software Development and Demonstration Dave Santek and Jay Heinzelman 2 June 2009 PDA Animated Weather (PAW) Status by Russ Dengel.

Fundamentals of Remote Sensing Gathering information without physical contact.

SeaWiFS Highlights July 2001 SeaWiFS Views Eruption of Mt. Etna On July 24, 2001, SeaWiFS viewed a greenish-orange plume resulting from the ongoing eruption.

SeaWiFS Highlights July 2002 SeaWiFS Celebrates 5th Anniversary with the Fourth Global Reprocessing The SeaWiFS Project has just completed the reprocessing.

Shaima Nasiri University of Wisconsin-Madison Bryan Baum NASA - Langley Research Center Detection of Overlapping Clouds with MODIS: TX-2002 MODIS Atmospheres.

4 May NOAA/NASA Ecosytem Mang. Products, tools and services from the Physical Oceanography DAAC Ed Armstrong, Pat Liggett, Kelley Case Jet Propulsion.

INSTITUTO DEL MAR DEL PERU REMOTE SENSING LABORATORY HIGH RESOLUTION AVHRR SST IN PERUVIAN COAST Carlos Paulino and Luis Escudero 25 June, 2010

NESDIS Satellite Analysis Branch Marine Pollution Program Oil © ESA 2010 Operational 24 x 7 x 365 Regional Response Team IX August 13, 2014 Christopher.

NOAA IOOS SOS Implementations in 2008 Jeff de La Beaujardière, PhD NOAA IOOS Program DIF Sr Systems Architect.

Fire, Smoke & Air Quality: Tools for Data Exploration & Analysis : Data Sharing/Processing Infrastructure This project integrates.

1/15 CoastWatch Satellite Research & Product Development George Leshkevich Observing Systems & Advanced Technology Place Photo Here.

OceanWatch Central Pacific Satellite Oceanography Products & Applications PIFSC Melanie Abecassis, PhD Ecosystems and Oceanography Program Ecosystems Sciences.

Remote Sensing of the Hydrosphere. The Hydrologic Cycle 70% of Earth is covered by oceans and surface freshwater Residence time varies from seconds to.

Date of download: 6/24/2016 Copyright © 2016 SPIE. All rights reserved. Study area of Colorado Plateau with black dots for SNOTEL locations and digital.

NASA JPL Drought Project Kickoff Meeting

GOES-8 thru GOES-15 NPP VIIRS MSG SEVIRI AVHRR GOES Sounder MTG FCI

NOAA GOES-R Air Quality Proving Ground Case Study 2 May 24, 2007

Statistical Applications of Physical Hydrologic Models and Satellite Snow Cover Observations to Seasonal Water Supply Forecasts Eric Rosenberg1, Qiuhong.

PATMOS-x AVHRR Solar Reflectance Calibration Update

Promoting New Satellite Applications Within the AWIPS Environment

Presentation transcript:

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS RDX06 – Remote Sensing Across The Great Lakes: Observations, Monitoring, and Action Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS George A. Leshkevich Songzhi Liu April 4-6, 2006

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS CoastWatch Regional Nodes

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS CoastWatch Great Lakes Home Page

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS NOAA (AVHRR 15, 16, 17, 18) SST

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Lake Michigan and Lake Huron AVHRR Imagery Download as HDF, PNG, or GEOTIFF

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Lake Michigan and Lake Huron AVHRR Imagery GeoTiff Cloud Masked and Land Masked 2005 JD254 Average Lake Michigan Temperature = degree C 2004 JD254 Average Lake Michigan Temperature = degree C

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Great Lakes Surface Environmental Analysis (GLSEA) Daily, Geocorrected, Cloud Masked Composite SST Chart

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Previous 365 days GLSEA animation (AVI format)

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Great Lakes GOES – 12 Satellite Imagery

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS RADARSAT Data Copyright CSA All rights reserved March 7, 2001

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS MODIS (Aqua and Terra) Near Real-time Imagery Click on Lake for Available Images

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Synoptic Scene MODIS Imagery – True Color, 250 m Resolution Thumbnails

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Lake Michigan-Huron Visible Reflectance

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Lake Michigan-Huron Visible Reflectance

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Great Lakes NOAAPORT DATA – Buoys Interactive Image Map

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Great Lakes Buoys data

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS GLSEA Average Surface Water Temperature Graph 6 Year Comparison

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS GLSEA Average Surface Water Temperature Graph All Lakes – One Year Comparison

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Great Lakes CoastWatch Java GIS

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS CDAT (CoastWatch Data Analysis Tool) Downloadable to User PC CDAT (CoastWatch Data Analysis Tool) Imagery with Grid and Geography Overlay CDAT (CoastWatch Data Analysis Tool) Imagery with Cloud Mask Overlay CDAT (CoastWatch Data Analysis Tool) Imagery Zoom In CDAT (CoastWatch Data Analysis Tool) Imagery Survey (regional area of interest) and Statistics

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Future Plans Chlorophyll Maps Derived from MODIS Imagery Provided by the SeaWiFS Project, NASA/Goddard Space Flight Center and ORBIMAGE

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Future Plans Prototype of Great Lakes wind-field product derived from QuikScat/SeaWinds Data

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Prototype of Great Lakes Ice-cover product derived from QuikScat/SeaWinds Data green-red = ice, blue = water, and violet = unclassified areas Future Plans

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS Future Plans Prototype Synthetic Aperture Radar (SAR) Ice Cover Product RADARSAT © Scene (22 March 1997): The identified ice classes are rough consolidated ice floes (yellow), brash ice (red), patchy snow cover on snow-ice covered lake ice (green), calm water (blue).

Environmental Monitoring of The Great Lakes Using CoastWatch Data and Java GIS CoastWatch Great Lakes Node Web Address