2019 Pecora Master Program
| Session ID | Room | Date | Start Time | Stop Time | Title | Presenter Name |
|---|---|---|---|---|---|---|
| 1_1 | Harborside E | October 7, 2019 | 10:00 | 11:30 | LAND IMAGING CAPABILITIES AND USER NEEDS | Zhuoting Wu |
| Sustainable Land Imaging Landsat 10 User Needs | Zhuoting Wu | |||||
| A Land Imaging Architecture Scorecard to Support Decision-Making | Carolyn Vadnais | |||||
| What Is the Socioeconomic Value of Using Landsat Imagery to Improve Post-Wildfire Response Methods? | Bethany Mabee | |||||
| Earth Observing System Capabilities | Greg Stensaas | |||||
| Decision-Support for Land Imaging Mission Engagement | Greg Snyder | |||||
| Interagency Coordination on Satellite Needs | Justin Goldstein | |||||
| Trends in Global Land Observation Capacity from Civilian Earth Observation Satellites | Jon Christopherson | |||||
| Assessing the Impact of Land Imaging | Emily Sylak-Glassman | |||||
| 1_2 | Harborside B | October 7, 2019 | 10:00 | 11:30 | CHALLENGES AND OPPORTUNITIES FOR FULFILLING GLOBAL MULTILATERAL AGREEMENTS | Ghassem Asrar |
| Climate Grand Science Challenges and Opportunities: A Socioeconomic Perspective | James Edmonds | |||||
| US National Climate Assessment-4: An Overview | Virginia Burkett | |||||
| Global Environmental Outlook-6: An Overview | Pierre Boileau | |||||
| Contributions of Earth Observations to Sustainable Development Goals and Nationally Determined Contributions | Huadong Guo | |||||
| Sea Level Budget Closure: Results from the ESA Climate Change Initiative | Mark Doherty | |||||
| 1_3 | Laurel A&B | October 7, 2019 | 10:00 | 11:30 | ADVANCES IN LAND CHANGE DETECTION AND ATTRIBUTION | Jeffery Cardille |
| Synthesizing Open-Access Data for a Continuously Updating Land-Use/Land-Cover Product Across Large Areas with BULC (Bayesian Updating of Land Cover) | Jeffrey Cardille | |||||
| Introducing Automatic Satellite Image Processing into Land Cover Mapping by Photo-Interpretation of Airborne Data | Mario Caetano | |||||
| Using SOM Neural Network to Improve Land Use and Cover Training Samples from Satellite Image Time Series | Michelle Picoli | |||||
| Refinement of Historical Cropland Data Layer Based on Deep Learning Approach | Chen Zhang | |||||
| 1_4 | Essex A&B | October 7, 2019 | 10:00 | 11:30 | MONITORING HAZARDS AND RISKS | Sharad Gupta |
| Data Imbalance in Landslide Susceptibility Zonation: Under-Sampling for Class-Imbalance Learning | Sharad Gupta | |||||
| Analysis of Landslide Reactivation Using Satellite Data: A Case Study of Kotrupi Landslide, Mandi, Himachal Pradesh, india | Sharad Gupta | |||||
| Monitoring Subsidence for Arctic Infrastructures by SAR Interferometry | Caixia Wang | |||||
| Seeing Mosquitoes from Space? Help from Citizen Scientists Using the GLOBE Observer's Mosquito Habitat Mapper and Land Cover Tools | Peder Nelson | |||||
| Towards Development of Methodology to Detect informal Settlement Using High Resolution Imagery-South African Case Study | Paida Mangara | |||||
| 1_5 | Harborside A | October 7, 2019 | 10:00 | 11:30 | CROP TYPE MONITORING INITIATIVES | Rick Mueller |
| 30+ Years of Cropland Mapping in South America Using Landsat Data | Viviana Zalles | |||||
| An Update on the Annual National Cropland Data Layer Program | Rick Mueller | |||||
| Twelve Years Experiences in Providing LULC and Crop Type Maps for an Interdisciplinary Research Project, the CRC/TRR32 Patterns in Soil-Vegetation-Atmosphere-Systems (2007 - 2018) | Georg Bareth | |||||
| 2_1 | Harborside C | October 7, 2019 | 13:00 | 14:30 | SPACE AGENCIES OUTLOOK | Peter Schaadt |
| Copernicus - Europe's Eyes on Earth - Sustainable and Continuous Monitoring of our Environment | Peter Breger | |||||
| NASA Earth Science Division - Path to the Future | Sandra Cauffman | |||||
| The German Earth Observation Program | Peter Schaadt | |||||
| An Ambitious European EO Space Programme for Current and Future Societal Challenges | Ivan Petiteville | |||||
| Canada's Future Space-Based EO Architecture | Marie-Josee Bourassa | |||||
| 2_2 | Harborside B | October 7, 2019 | 13:00 | 14:30 | COMMUNICATING SCIENCE ACROSS THE EARTH OBSERVATION LIFE CYCLE | Ana Prados |
| Tips for Remote Sensing Scientists: How to Talk to Decision Makers | Ana Prados | |||||
| Stories and Services: Crafting Messages and Methods for Communicating Earth Science | Kevin Ward | |||||
| Going Beyond Data to Data-Based Answers to Users' Questions in the US Climate Resilience Toolkit | David Herring | |||||
| Knowledge Sharing and Communication Between Remote Sensing Scientists, Non-Experts and Decision Makers: Delivering Trusted Data in a Real-Time Secure Collaborative Environment | Dave Jones | |||||
| 2_3 | Essex A&B | October 7, 2019 | 13:00 | 14:30 | PROCESSING STRATEGIES FOR BIG DATA | Peter Baumann |
| Understanding Big Data Through Space and Time: How Standards Help | Peter Baumann | |||||
| Prototyping Cloud Architecture for Operational Vegetation Monitoring: The Global Agricultural Monitoring System | Michael Humber | |||||
| Analysis-Ready Data: The New Challenge for Earth Science Providers | Peter Baumann | |||||
| A Workflow to Harmonize Deep Archives of Heterogeneous Optical Multi-Mission Earth-Observation Imagery | Wolfgang Luck | |||||
| USGS 3DEP Lidar Delivery, Visualization and Within-Cloud Processing Strategies | Richard Brown | |||||
| 2_4 | Harborside E | October 7, 2019 | 13:00 | 14:30 | UNDERSTANDING REQUIREMENTS AND IMPROVING RESULTS | Bobbi Lenczowski |
| Progress on the NOAA Satellite Observing System Architecture Study and the Way Ahead | Karen St_Germain | |||||
| Users, Uses, and Value of Landsat Satellite Imagery: 2018 User Survey | Crista Straub | |||||
| Landsat Advisory Group Assessment of Landsat Data Cost-Sharing Models | Roberta Lenczowski | |||||
| Using Giovanni to Enhance Citizen Science Observations | James Acker | |||||
| Validating National-Scale Remote Sensing Models Using Crowdsourced Observations | Jill Derwin | |||||
| 2_5 | Harborside A | October 7, 2019 | 13:00 | 14:30 | REMOTE SENSING APPLICATIONS IN URBAN ENVIRONMENTS | Peter Doucette |
| Heat Vulnerability Index Utilizing Landsat Derived Temperature-NDVI and Socio-Economic Data in Nashville and Portland, USA | Sunhui Sim | |||||
| Assessing Population Sensitivity to Urban Air Pollution Using Google Trends and Remote Sensing Datasets | Prakhar Misra | |||||
| Thermal Remote Sensing of Urban Climates in South Africa Through the Mono-Window Algorithm | Adeline Ngie | |||||
| Monitoring invasive Kudzu in Urban Environments: Indicators of Neglected Structures, Social Impacts and Loss of Biodiversity | Amanda Aragon | |||||
| Continuous Urban Change Detection from Satellite Imagery to Support the Deployment of UAS for Rapid Updates of Digital Surface Models in Smart Communities | Corey White | |||||
| 3_1 | Harborside B | October 7, 2019 | 15:30 | 17:00 | USING REMOTELY SENSED DATA TO MAP Forest STRUCTURE AND ATTRIBUTES | Lorraine Tighe |
| Annual Continuous Fields of Woody Vegetation Structure in the Lower Mekong Region from 2000-2017 Landsat Time-Series | Peter Potapov | |||||
| The Challenges of Scaling-Up: Monitoring Fractional Woody Vegetation Cover Changes in the Arid Savannahs of Namibia with Lidar Training Data, Machine Learning and SAR | Konrad Wessels | |||||
| Airborne Lidar Sampling Strategies to Enhance Forest Aboveground Biomass Estimation from Landsat Imagery | Lindi Quackenbush | |||||
| Developing a Refined Fine Resolution Forest Site Productivity Map by Linking Biomass Growth Index to Remotely Sensed Variables | Parinaz Rahimzadeh-Bajgiran | |||||
| Unmanned Aerial Systems (UAS) As a Tool for Investigating Edge Influences in New Hampshire Forests | Heather Grybas | |||||
| Measuring Global Forest Fragmentation Change Using Landsat Imagery in Support of the UN Sustainability Goals | Charlene DiMiceli | |||||
| 3_2 | Essex A&B | October 7, 2019 | 15:30 | 17:00 | THE NEXT GENERATION OF THE LANDSAT ARCHIVE | Michelle Bouchard |
| USGS Landsat Archive: Revolutionary Enhancements | Michelle Bouchard | |||||
| Landsat Science Products Overview | Michelle Bouchard | |||||
| Landsat Provisional Surface Temperature Product | Saeed Arab | |||||
| Landsat Collection 2 | Chris Engebretson | |||||
| Landsat Legacy with Landsat 9 | Brian Sauer | |||||
| Cloud Migration for Landsat | Peter Doucette | |||||
| 3_3 | Harborside E | October 7, 2019 | 15:30 | 17:00 | GLOBAL HYPERSPECTRAL IMAGING SPECTRAL LIBRARY OF AGRICULTURAL CROPS (GHISA) IN SUPPORT OF NASA’S SURFACE BIOLOGY AND GEOLOGY (SBG) MISSION | Prasad Thenkabail |
| Global Hyperspectral Imaging Spectral Library of Agricultural Crops (GHISA) in Support of NASA's Surface Biology and Geology (SBG) Mission | Prasad Thenkabail | |||||
| Hyperspectral Remote Sensing of Agriculture and Vegetation: 50-Years of Knowledge Advances | Prasad Thenkabail | |||||
| Earth Observing-1 Hyperion Hyperspectral Imaging Spectroscopy Data in Advancing Classification Accuracies of the Leading World Agricultural Crops through Cloud Computing on the Google Earth Engine | Itiya Aneece | |||||
| Spaceborne Hyperspectral EO-1 Hyperion Data Pre-Processing Methods, Approaches, and Algorithms on the Cloud | Itiya Aneece | |||||
| 3_4 | Laurel A&B | October 7, 2019 | 15:30 | 17:00 | PUBLIC HEALTH AND SAFETY TOPICS | Amanda Aragon |
| Monitoring for Village Burnings with SmallSats: A Case-Study in Myanmar | Andrew Marx | |||||
| Spatial Analysis of the 2018 Cholera Outbreak in Harare, Zimbabwe Using Humanitarian OPENSTREETMAP | Walter Musakwa | |||||
| Geospatial Evaluation of Former Atlanta Housing Project Sites As Socio-Ecological Nodes | Amanda Aragon | |||||
| Understanding Variations of Atmospheric CH4 Concentration at Zoige Wetland, China Using Multi-Temporal AIRS Datasets and BFAST Algorithm | Yong Wang | |||||
| Global Health-Care Facilities Monitoring and Adequacy to Cope with Extreme Environmental Emergencies | Andreas Skouloudis | |||||
| 3_5 | Harborside C | October 7, 2019 | 15:30 | 17:00 | SPACE AGENCIES OUTLOOK | Peter Schaadt |
| The USGS Outlook on Earth Observation | Timothy Newman | |||||
| China's Earth Observation Progress and its Impact on SDGs | Huadong Guo | |||||
| Space Program and Scientific Activities of Korea Aerospace Research institute | Heeseob Kim | |||||
| The Emerging Role of Nanosatellites in South Africa | Paida Mangara | |||||
| The Evolution of NOAA's Observing System | Steve Volz | |||||
| 3_6 | Harborside A | October 7, 2019 | 15:30 | 17:00 | HOW NO-COST LANDSAT DATA IS RESHAPING COLLEGE LEVEL REMOTE SENSING COURSES | Ramesh Sivanpillai |
| Integrating Change Detection into Undergraduate Geomorphology and Natural Hazards Courses and the Impact of Landsat's Free Imagery Archives | Rebecca Dodge | |||||
| Advancing Undergraduate Geospatial Science Education Using No Cost Landsat As a Base to Build Story Map Applications While Enhancing the Remote Sensing Art Gallery Exhibit | Brent Yantis | |||||
| Landsat Archived Data for Time Series Salt Marsh Change Analysis Along the Mid-Atlantic Coast | Anthony Campbell | |||||
| Educating Science and Art with Landsat Imagery at UWG | Jeong Seong | |||||
| Reaping the Benefits of No-Cost Imagery for Geospatial Education | Russell Congalton | |||||
| Impact of No-Cost Landsat Imagery on Courses at Montana State University: Increased Relevance, Realistic Experiences, and Publications | Rick Lawrence | |||||
| No-Cost Landsat Imagery Supports Student Ebook Learning | Paige Williams | |||||
| Utilization of Free Landsat Imagery in Remote Sensing Teaching, Research and Outreach at the University of North Georgia | J.B. Sharma | |||||
| SPatial LITeracy - SPLIT Remote Sensing Using No-Cost Landsat Data by OhioView | Anita Simic-Milas | |||||
| No-Cost Landsat Data Redefines Student Research Projects in Applied Remote Sensing Classes at Uw | Ramesh Sivanpillai | |||||
| 4_1 | Harborside B | October 8, 2019 | 10:00 | 11:30 | EARTH OBSERVATION AND REMOTE SENSING EDUCATION INITIATIVES | Marguerite Madden |
| Earth-Centric Technology Paradigm for STEM Education and Public Communication | Tim Foresman | |||||
| Augmented Tools for Environmental Monitoring: Incorporating Recent Technologies into Learning in the Geosciences | Marguerite Madden | |||||
| Leveraging Open Data for Informed Decision Making | Amelia Snyder | |||||
| 4_2 | Essex A&B | October 8, 2019 | 10:00 | 11:30 | GEOSPATIAL FUSION: OBSERVATIONS, FEATURES, DECISIONS | George Percivall |
| Geospatial Fusion: Innovation and Standards | George Percivall | |||||
| Fusing Remote Sensing and Population Data to Map the Human Planet | Robert Chen | |||||
| Landscape Dynamics, Geographic Big Data and Scalable Geocomputation: The Oak Ridge Experience | Budhendra Bhaduri | |||||
| An Interoperable Decision Support System for Flood Disaster Response Assistance | Guy Schumann | |||||
| Preparing Earth Science Satellite Data for Analysis | Robert Wolfe | |||||
| Developing a Cloud Analytics Reference Architecture for the Earth Sciences | David Meyer | |||||
| 4_3 | Harborside E | October 8, 2019 | 10:00 | 11:30 | UNDERSTANDING AND IMPROVING LANDSAT MEASUREMENTS | Julia Barsi |
| Landsat-9 OLI-2 Spectral and Radiometric Prelaunch Characterization and a Comparison to Landsat-8 OLI | Julia Barsi | |||||
| Radiometric Performance of Imagers Onboard of Landsat 7 and 8 Satellites | Esad Micijevic | |||||
| Field Validation and Intercomparison of Surface Reflectance Derived from Landsat and Sentinel-2 Satellites at a Continental Scale | Guy Byrne | |||||
| Landsat Thermal infrared Sensors Imaging Performance | Brian Markham | |||||
| 4_4 | Harborside C | October 8, 2019 | 10:00 | 11:30 | THE ACTIVITIES OF THE COMMITTEE on EARTH OBSERVATION SATELLITES (CEOS) | Mike Freilich |
| Perspectives on International Collaboration on EO from the Outside | Michael Freilich | |||||
| CEOS Objectives (What) and Organization (How) | Steve Volz | |||||
| CEOS Systems Engineering office Providing Support to International Multilateral Collaboration | Brian Killough | |||||
| CEOS WG on Disasters | Ivan Petiteville | |||||
| CEOS WG on Capacity Building and Data Democracy | Nancy Searby | |||||
| CEOS Ad-Hoc Team on Sustainable Development Goals | Argyro Kavvada | |||||
| 4_5 | Laurel A&B | October 8, 2019 | 10:00 | 11:30 | LAND COVER CASE STUDIES FOR WATERSHED MANAGEMENT | Sarah Brennan |
| A Comparison of Fused Sentinel-2 and Landsat 8 OLI for Land Cover Mapping - A Case Study of Levhuvhu and Ndzhelele Sub-Catchments in South Africa | Eric Mashimbye | |||||
| Assessment of Watershed Resources for Sustainable Agricultural Development: A Case of Developing an Operational Methodology Under Indian Conditions Through Geospatial Technologies | Balasubramani Karuppusamy | |||||
| Land Cover Monitoring of Laguna Lake Watershed Using MODIS NDVI Data | Jommer Medina | |||||
| Using Lidar and Earth Observation Temporal Analysis to Characterize and Explore Historic Behavior of Uranium Mining on the Landscape | Victoria Stengel | |||||
| 4_6 | Harborside A | October 8, 2019 | 10:00 | 11:30 | SURFACE WATER AND ICE MONITORING AND ASSESSMENT | John Jones |
| A USGS Standard Product for Wetland Dynamics Monitoring: Lessons Learned from Dynamic Surface Water Extent (DWSE) Application | John Jones | |||||
| Implementation of the Dynamic Surface Water Extent Algorithm in Google Earth Engine for Global Applications | Christopher Soulard | |||||
| Remote Sensing of Riparian Zones for Measuring Stream Permanence | Ethan Shavers | |||||
| Towards Monitoring Minnesota's Under Ice Limnology and in Lake Primary Productivity Using the Landsat-Sentinel Earth Observation Constellation | Christopher Crawford | |||||
| Monitoring Lake Ice on Lake Hazen Using High-Density SAR Time Series | Justin Murfitt | |||||
| Use of VIIRS to Monitor Sub-Annual Surface Type Dynamics Driven by Seasonal and Shorter Term Changes in Snow Cover and Surface Inundation | Chengquan Huang | |||||
| 5_1 | Harborside C | October 8, 2019 | 13:00 | 14:30 | COPERNICUS SERVING SUSTAINABLE DEVELOPMENT GOALS | Peter Breger |
| The Copernicus Climate Change Service: A Contribution to the Sustainable Development Goals | Vincent-Henri Peuch | |||||
| The Copernicus Atmosphere Monitoring Service and the Monitoring of Sustainable Development Goals | Vincent-Henri Peuch | |||||
| The Copernicus Marine Service in Support of SDGs | Pierre Bahurel | |||||
| Copernicus Land Monitoring Service to Support Implementing the SDGs | tobias Langanke | |||||
| The Global Land Component of the Copernicus Land Service: Key Products for SDG Monitoring | Michael Cherlet | |||||
| 5_2 | Harborside A | October 8, 2019 | 13:00 | 14:30 | ADVANCES IN RETRIEVAL OF WATER CONSTITUENTS | Leif Olmanson |
| A Cloud-Based Approach for Continuous Monitoring of Cyanobacterial Harmful Algal Blooms Using Sentinel 3-OLCI Data | Abhishek Kumar | |||||
| Estimation of Chl-A Concentration in Laguna Lake Using Sentinel-3 Olci Images | Ariel Blanco | |||||
| Satellite Observed Temporal and Spatial Variability of Water Clarity in the Laurentian Great Lakes | Robert Shuchman | |||||
| Anomaly Detection in Surface Waters: A Machine Learning Approach | Armin Mehrabian | |||||
| Optmization of Bio-Optical Model Parameters for Turbid Lake Water Quality Estimation Using Landsat 8 and WASI-2D | Amihan Manuel | |||||
| Advancing Water Quality Monitoring Capabilities for inland Waters Using Landsat and Sentinel Data in an Automated Hpc Environment | Leif Olmanson | |||||
| 5_3 | Essex A&B | October 8, 2019 | 13:00 | 14:30 | CLIMATE IMPACT IINVESTIGATIONS | Nicole Bartlett |
| Developing Outcome-Based Environmental informatics: A Pathfinder in Data Integration for Coastal Systems | Nicole Bartlett | |||||
| Grace-informed Seasonal forecasts of Hydrologic Extremes in the Contiguous United States | Benjamin Zaitchik | |||||
| Enterprise Lst Product Status and Its Readiness to Users | Yuling Liu | |||||
| Rapid Urban Flood Mapping Using Integrated Backscattering and Coherence from Multi-Temporal ALOS-2 Data | Young-Joo Kwak | |||||
| 5_4 | Harborside E | October 8, 2019 | 13:00 | 14:30 | GLOBAL 30-M LANDSAT-DERIVED RAINFED AND IRRIGATED CROPLANDS FOR FOOD AND WATER SECURITY STUDIES | Prasad Thenkabail |
| Global 30-M Landsat-Derived Cropland Extent Product for Nominal 2015 Produced Using Machine Learning Algorithms and Cloud Computing on Google Earth Engine | Prasad Thenkabail | |||||
| A Meta-Analysis of Global Crop Water Productivity of Three Leading World Crops (Wheat, Corn, and Rice) in the Irrigated Areas: An Assessment from Remote Sensing and Non-Remote Sensing Studies Over Three Decades | Daniel Foley | |||||
| Global 30-M Landsat and MODIS Derived Irrigated and Rainfed Cropland Area Maps Using Spectral Matching Techniques and Machine Learning Algorithms on the Cloud | Pardhasaradhi Teluguntla | |||||
| Southeast and Northeast Asian Cropland Mapping Using Landsat 30-M Time-Series Data, Machine Learning, and Google Earth Engine (GEE) Cloud Computing | Adam Oliphant | |||||
| 5_5 | Laurel A&B | October 8, 2019 | 13:00 | 14:30 | CASE STUDIES IN CROPLAND MAPPING AND MONITORING | Lisa Colson |
| Mapping and Monitoring Croplands Using Field Data Collection and the Global Agricultural & Disaster Assessment System | Katie McGaughey | |||||
| Agriculturally Consistent Mapping of Smallholder Farming Systems Using Remote Sensing and Spatial Modelling | Arthur Crespin-Boucaud | |||||
| Fine-Scale Spatial and Temporal Monitoring of Crop Growth, Biomass and Weather Damage: Techniques for Small Farms and Community Gardens | Marguerite Madden | |||||
| Evapotranspiration Modeling for C4 and C3 Crops Using Remote Sensing Data | Anita Simic-Milas | |||||
| Near Real-Time Mapping of Crop Emergence Using Frequent Satellite Remote Sensing Imagery | Feng Gao | |||||
| 5_6 | Harborside B | October 8, 2019 | 13:00 | 14:30 | LARGE AREA LAND CHANGE MAPPING AND MONITORING INVESTIGATIONS | Chuck Hutchinson |
| The Fate of Tropical Forest Fragments | Matthew Hansen | |||||
| Comparison of Machine Learning Algorithms for Predicting Lichen Fractions in Northern Canada and Alaska | Darren Pouliot | |||||
| Earth Observations for Global Biodiversity Monitoring | Cindy Schmidt | |||||
| Copernicus Operational Global Land Cover Service - a Flexible, User-Oriented and Multi-Scale Mapping Approach | Marcel Buchhorn | |||||
| The Global Surface Water Explorer 1984 - 2018 | Alan Belward | |||||
| Forestry TEP Is Serving Users in Efficent Exploitation of Earth Observation in Forestry | Tuomas Hame | |||||
| 6_1 | Harborside A | October 8, 2019 | 15:30 | 17:00 | SOCIETAL BENEFITS FOR EARTH OBSERVATIONS IN NATURAL RESOURCES MANAGEMENT DECISION MAKING | Carl Shapiro |
| Societal Benefits of USGS Science: Indications from a Series of Pilot Studies | Emily Pindilli | |||||
| The Consortium for the Valuation of Applications Benefits Linked with Earth Science (Valuables) | Yusuke Kuwayama | |||||
| Valuing the Benefits of Earth Observations: A NOAA Perspective | Chris Lauer | |||||
| Why Pay for Eo Satellites? | Mark Doherty | |||||
| 6_2 | Harborside E | October 8, 2019 | 15:30 | 17:00 | SUSTAINABLE LAND IMAGING AND THE FUTURE OF MODERATE-RESOLUTION LAND OBSERVATION | Jeff Masek |
| Sustainable Land Imaging | Marissa Herron | |||||
| Science and Applications Needs for Future Land Imaging Missions | Zhuoting Wu | |||||
| Copernicus Sentinel-2 and Candidate Land Surface Temperature Monitoring (Lstm) Missions | Valentina Boccia | |||||
| Overview and Status of the Landsat 9 Mission | Jeff Masek | |||||
| Advantages of Enabling Technologies Applied within Land Imaging Architectures | Doug Daniels | |||||
| 6_3 | Essex A&B | October 8, 2019 | 15:30 | 17:00 | BATHYMETRY AND NEAR-SHORE INVESTIGATIONS | Margaret Srinivasan |
| A Cost-Effective Method for Water Depth Derivation Using Remotely Sensed Imagery | Caixia Wang | |||||
| Using Remote Sensing to Quantify Paleolithic Site Potential of Ancients by Restructuring Bio-Communities Along the Kelp Highway | JP McGlaughlin | |||||
| Altimetry Applications in Coastal and inland Waters | Margaret Srinivasan | |||||
| 6_4 | Harborside C | October 8, 2019 | 15:30 | 17:00 | COPERNICUS - EUROPE'S EYES on EARTH: SUSTAINABLE AND CONTINUOUS MONITORING OF OUR ENVIRONMENT | Peter Breger |
| Copernicus: How Europe's Eyes on Earth Are Supporting Environment and Climate Change Policy | Hans Bruyninckx | |||||
| The Copernicus Atmosphere Monitoring Service: Bringing Earth Observation into Your Screens | Vincent-Henri Peuch | |||||
| Monitoring and Reporting on the Ocean State: The Copernicus Marine Service | Pierre Bahurel | |||||
| The Copernicus Climate Change Service: Monitoring the Earth's Climate and Its Evolution | Vincent-Henri Peuch | |||||
| Where Copernicus Global Land Products Can Make a Difference! | Michael Cherlet | |||||
| 6_5 | Laurel A&B | October 8, 2019 | 15:30 | 17:00 | EARTH OBSERVATIONS FOR DISASTER ASSESSMENT AND RESPONSE | Vincent Ambrosia |
| The Geo Global Wildfire information System (Geo-Gwis) | Vince Ambrosia | |||||
| Integrating Lidar into Mtbs Burn Severity Mapping | Birgit Peterson | |||||
| Examining Recent Trends in Fires and Air Quality in the US Using Seven Years of Snpp Viirs | Shobha Kondragunta | |||||
| Identifying Hurricane Impacts on Barbuda Using Citizen Science Ground Observations, Drone Photography and Satellite Imagery | Rebecca Boger | |||||
| Monitoring Agriculture During Disasters Using Remote Sensing and Geospatial Data Products | Avery Sandborn | |||||
| 6_6 | Harborside B | October 8, 2019 | 15:30 | 17:00 | LAND USE ONTOLOGY | John Latham |
| Panel Discussion | John Latham | |||||
| 7_1 | Harborside C | October 9, 2019 | 10:00 | 11:30 | LAND CHANGE MONITORING ASSESSMENT AND PROJECTION (LCMAP): CURRENT STATUS | Heather Tollerud |
| Progress towards Continuous Monitoring of Our Changing US Land Cover | Jesslyn Brown | |||||
| How to Produce Land Cover and Land Change from Time Series Data | Heather Tollerud | |||||
| LCMAP Land Cover and Land Change Products | Christopher Barber | |||||
| Quality Control and Assessment of Interpreter Consistency of Annual Land Cover Reference Data for the USGS LCMAP initiative | Bruce Pengra | |||||
| Use of LCMAP Reference Data for Accuracy Assessment and Area Estimation | Stephen Stehman | |||||
| 7_2 | Harborside B | October 9, 2019 | 10:00 | 11:30 | OPEN DATA CUBE: A NEW DATA TECHNOLOGY FOR ENHANCING THE USE OF SATELLITE DATA TO ADDRESS SUSTAINABLE DEVELOPMENT GOALS | Brian Killough |
| Summary of the Open Data Cube initiative and Its Impact on the Sustainable Development Goals | Brian Killough | |||||
| Interoperable Use of Landsat and Sentinel-1 Data in the Open Data Cube | Brian Killough | |||||
| Galamsey Monitoring with Sentinel-1 in Ghana | Jorg Haarpaintner | |||||
| Lessons Learned from Using the Open Data Cube (Odc) and Machine Learning Techniques for United Nations (Un) Sustainable Development Goals (SDGs) | Syed Rizvi | |||||
| Towards Improving the Multi-Sensor Interoperability to Mitigate the Effects of Clouds on Analyses Using Open Data Cube (Odc) for United Nations (Un) Sustainable Development Goals (SDGs) | Syed Rizvi | |||||
| 7_3 | Harborside E | October 9, 2019 | 10:00 | 11:30 | EARTH OBSERVATIONS FOR INTERNATIONAL DEVELOPMENT | Douglas Muchoney |
| Earth Observations for International Development | Douglas Muchoney | |||||
| Strengthening Capacity in Using Earth Observations for Societal Benefit in the Americas in the Context of the Amerigeo Regional initiative | Betzy Sandoval | |||||
| Satellite Earth Observation for Global Development Assistance - from Innovation towards Mainstreaming | Christoph Aubrecht | |||||
| Global Forest Watch, from Satellite Data to information for Decision Makers | Mikaela Weisse | |||||
| 7_4 | Harborside A | October 9, 2019 | 10:00 | 11:30 | ADVANCES IN CROP YIELD MONITORING APPROACHES | Rick Mueller |
| Estimating US Corn Yields Using MODIS Data, Phenology Analysis, and Two-Band Enhanced Vegetation index | Arthur Rosales | |||||
| Annual Field-Level Crop Yield Assessment with 35 Years of Landsat Data | David Johnson | |||||
| Verde: An Innovative Solution to Deliver Detailed Crop Analytics | Eric Johnson | |||||
| From Pixel to Yield: forecasting Potato Productivity in Lebanon and Idaho | Donna Delparte | |||||
| 7_5 | Essex A&B | October 9, 2019 | 10:00 | 11:30 | WOMEN IN REMOTE SENSING | Bobbi Lenczowski |
| Panel Discussion | Roberta Lenczowski | |||||
| 7_6 | Laurel A&B | October 9, 2019 | 10:00 | 11:30 | FOREST HEALTH AND DEGRADATION MONITORING INVESTIGATIONS | Rick Lawrence |
| Estimating Rates of Forest Degradation and DeForestation for the Amazon Basin from 1995-2017 | Eric Bullock | |||||
| Using Radar-Derived Elevation Data to Characterize Land Cover Changes Detected by Landsat Imagery in the Northwestern Colombian Amazon | Paulo Arevalo | |||||
| Detection and Severity Classification of Spruce Budworm Annual Defoliation Using Sentinel-2 Imagery | Rajeev Bhattarai | |||||
| Landsat Time Series Analysis of a Continuous Variable Response - Percent Mortality from a Bark-Beetle infestation | Rick Lawrence | |||||
| Extraction of Young-Woody Vegetation Structure in a Savanna Semi-Arid Environment Exploiting Readily Available Sentinel-2 and Landsat 8 Images | Emmanuel Fundisi | |||||
| 8_1 | Harborside A | October 9, 2019 | 13:00 | 14:30 | ADVANCES IN THE USE OF REMOTE SENSING FOR WATERSHED MANAGEMENT | Sarah Brennan |
| Potentials of Earth Observation for Water Resources Management: Examples from the Catch-Mekong Project | Doris Klein | |||||
| Quantifying Effects of Global Change and Land Use Legacy at the Land-Water Interface Across the Great Lakes Basin | Colin Brooks | |||||
| Coastal Land Cover Monitoring: Moving from the Past into the Future | Nate Herold | |||||
| Satellite-Based Water Management on the Navajo Nation | Amber McCullum | |||||
| 8_2 | Harborside C | October 9, 2019 | 13:00 | 14:30 | LAND CHANGE MONITORING ASSESSMENT AND PROJECTION (LCMAP): NEW LAND CHANGE SCIENCE RESEARCH AND DEVELOPMENT | Christopher Barber |
| A New System for Near Real-Time Monitoring and Characterization of Land Disturbance | Zhe Zhu | |||||
| Future Directions and Updated Capabilities for LCMAP | Heather Tollerud | |||||
| Algorithm Development for Mapping Land Disturbance Agent | Shi Qiu | |||||
| Mapping Causal Agents of Disturbance in the AboVE Domain Using Time Series of Landsat Data | Yingtong Zhang | |||||
| Towards a Moderate Spatial Resolution Data Record of 21st Century Global Land Cover, Land Use, and Land Cover Change | Curtis Woodcock | |||||
| 8_3 | Essex A&B | October 9, 2019 | 13:00 | 14:30 | NEW GENERATION OF NOAA OPERATIONAL SATELLITES TO SUPPORT LAND, ARCTIC, AND COASTAL WATERS APPLICATIONS | Ivan Csiszar |
| Advancing Environmental Remote Sensing with Viirs and Abi | Changyong Cao | |||||
| Application of GOES-16/Abi Imagery in Flood Detection | Donglian Sun | |||||
| Active Fire Monitoring and Applications from NOAA's New Generation Operational Satellites | Ivan Csiszar | |||||
| Observing Hail Swaths Using the GOES Advanced Baseline Imager | Kevin Gallo | |||||
| The NOAA Coastwatch Program and Operational Satellite Oceanography Data for Research and Applications | Paul DiGiacomo | |||||
| New Generation of NOAA Polar-Orbiting Satellites to Enhance Global Land Applications and Services | Ivan Csiszar | |||||
| 8_4 | Laurel A&B | October 9, 2019 | 13:00 | 14:30 | CROPLAND AND SOIL MONITORING | Claire Boryan |
| Wheat Sown Area Mapping in Afghanistan Using Knowledge Based Decision Tree and Machine Learning Method with Optical and Radar Images in Google Earth Engine Cloud Environment | Lee Ellenburg | |||||
| Early Season WInter Wheat Identification Using Sentinel-1 Synthetic Aperture Radar and Optical Imagery | Claire Boryan | |||||
| Downscaling of Smap Radiometer Soil Moisture in Conus | Bin Fang | |||||
| A Strategy for a National Soil Moisture Network | Michael Cosh | |||||
| 8_5 | Harborside B | October 9, 2019 | 13:00 | 14:30 | NEW EARTH OBSERVATIONS AND MEASUREMENTS | Vanessa Escobar |
| Preliminary Validation of GOES-16 ABI Aerosol Optical Depth Product | Mi Zhou | |||||
| Total Propagated Uncertainty of the Surface Reflectance of the Satellite Imagery | Minsu Kim | |||||
| A Novel Re-Compositing Approach to Create a Continuous and Consistent Cross-Sensor Global NDVI Data Set | Wenze Yang | |||||
| USGS Operational Implementation of Lidar Data Quality Measure Software 2019 | Barry Miller | |||||
| New Generation of US Satellite Microwave Sounder Achieves High Radiometric Stability Performance for Reliable Climate Change Detection | Cheng-Zhi Zou | |||||
| 8_6 | Harborside E | October 9, 2019 | 13:00 | 14:30 | EARTH OBSERVATIONS FOR INTERNATIONAL DEVELOPMENT | Douglas Muchoney |
| Small Satellites & International Development | Krystal Wilson | |||||
| Servir: Fourteen Years of Bringing Space to Village | Emil Cherrington | |||||
| Utilizing Earth Observation to Map Ecosystem Extent and Condition in West Papua, indonesia | Timothy Wright | |||||
| Harnessing Earth Observations to Support indigenous-Led Land Management | Karyn Tabor | |||||
| Geospatial Modeling of Human-Wildlife Conflict and Habitat Suitability for Jaguar Corridors in Costa Rica | Hikari Murayama | |||||
| 9_1 | Harborside C | October 9, 2019 | 15:30 | 17:00 | LAND CHANGE MONITORING ASSESSMENT AND PROJECTION (LCMAP): ADVANCING LAND COVER APPLICATIONS AND ASSESSMENTS | Qiang Zhou |
| Remote Sensing As the Foundation for the Next Generation of United States Landscape Projection Models | Terry Sohl | |||||
| Comparative Study Between NLCD and LCMAP Land Cover Maps | Qiang Zhou | |||||
| Characterize Landscape Thermal Feature and Change in Urban Environment Using Landsat ARD and LCMAP Products | George Xian | |||||
| LCMAP Applications in Hydrological Sciences | Jennifer Rover | |||||
| initial LCMAP Prototype Land Cover Classification Composition and Change Metrics, 1985-2016 | Roger Auch | |||||
| 9_2 | Essex A&B | October 9, 2019 | 15:30 | 17:00 | AN OVERVIEW OF THE CURRENT ANALYSIS READY DATA PRODUCTS, TOOLS, APPLICATIONS AND IMPACTS | Brian Killough |
| CEOS Analysis Ready Data for Land (Card4L) - an Overview on the Current and Future Work | Brian Killough | |||||
| Time-Series and Applications of Advanced Sentinel-1 Analysis Ready Data for Africa (SAR-4-Africa) | Jorg Haarpaintner | |||||
| Copernicus Sentinel-2 Surface Reflectance Products from a CARD4L Perspective | Valentina Boccia | |||||
| The USGS's Progress towards Analysis Ready Data (ARD) Products | Cody Anderson | |||||
| Sen2Like, a Tool to Generate Sentinel-2 Harmonised Surface Reflectance Products toward the Integration of New Missions | Sebastien Saunier | |||||
| 9_3 | Harborside B | October 9, 2019 | 15:30 | 17:00 | CASE STUDIES IN NATIONAL LAND COVER MAPPING PROJECTS | John Latham |
| A National Land Cover Monitoring System for Afghanistan | Lee Ellenburg | |||||
| Optical and Radar Data Analysis for Land Cover/Use Mapping in Peru | Barry Haack | |||||
| Living Earth Australia: Land Cover Mapping to Address Sustainable Development Goals Using Digital Earth Australia | Christopher Owers | |||||
| Quantification of Recent Land Cover Changes in Ethiopia | Reza Khatami | |||||
| Earth Monitor: A Multi-Criteria Change Monitoring Service Using Satellite Imagery | Peter Barren | |||||
| 9_4 | Harborside E | October 9, 2019 | 15:30 | 17:00 | OPEN CIVIL APPLICATIONS COMMITTEE MEETINGS | Dan Opstal |
| Civil Applications Overview | Paul Young | |||||
| Leveraging Dod Imagery for Civil Applications | Steve Hak | |||||
| Geospatial Sensing for the Wildland Firefight | Everett Hinkley | |||||
| Spectral Remote Sensing of Harmful Algal Blooms | Dan Opstal | |||||
| 9_5 | Laurel A&B | October 9, 2019 | 15:30 | 17:00 | AGRICULTURAL AND FOREST MONITORING STUDIES | John Bolten |
| Object-Based Classification Approach to Determine the Fallow Period for Shifting Agriculture in indigenous Communities in Guyana | Haimwant Persaud | |||||
| Using Space-Borne Image Spectroscopic Data to Estimate at Canopy Level Maize Nitrate Status in a Linear Regression Model | Adeline Ngie | |||||
| Consistency of NASA Smap and Nass Surveryed Soil Moisture Enable Enhancement for Crop Monitoring | Andreas Colliander | |||||
| Interoperability of Various Data Streams within Guyana's Monitoring Reporting & Verification System | Pete Watt | |||||
| Using Guyana's Monitoring Reporting & Verification System to Guide National Forest Management & Decision Making | Nasheta Dewnath | |||||
| 9_6 | Harborside A | October 9, 2019 | 15:30 | 17:00 | A CONVERSATION ON THE LANDSAT PROGRAM AND ITS DATA POLICY | Barbara Ryan |
| Panel Discussion | Barbara Ryan | |||||
| 10_1 | Harborside A | October 10, 2019 | 10:00 | 11:30 | IMPORTANCE OF SYSTEM CALIBRATION AND DATA QUALITY ON EARTH OBSERVATION | Greg Stensaas |
| Copernicus Sentinel-2 Calibration Activities and Data Quality Status After Two Years of Fully Deployed On-Orbit Constellation | Valentina Boccia | |||||
| Comparison of Dove_Landsat Radiometric Quality to Landsat 8 OLI | Minsu Kim | |||||
| The Importance of Calibration on the Usability of Earth Observation Data | Michael Choate | |||||
| Multi Constellation Calibration at Planet and L1 Interoperability with Other Missions | Arin Jumpasut | |||||
| The Land Product Characterization System: A Tool for Comparative Analysis of Satellite Data and Products | Kevin Gallo | |||||
| 10_2 | Essex A&B | October 10, 2019 | 10:00 | 11:30 | IGNITE SESSION | Peter Erskine |
| Unicorns to Workhorses: Extending Routine Sunphotometry to the Oceans | Stephen Broccardo | |||||
| Examining Reference Ecosystems and the Resilience of Mine Rehabilitation Using Ground Data with High-Resolution Imagery | Peter Erskine | |||||
| Detecting Leaf Damages with True Color Photos Obtained from Mobile Phones | Ramesh Sivanpillai | |||||
| Earth Observations and Crop Modeling to Support Agricultural Water Resources Management | Pierre Guillevic | |||||
| Analysis Ready High Revisit, High Resolution SAR Data | Davide Castelletti | |||||
| Apples and Oranges: Meta-Analysis and Analytic inference from Published Land-Cover Classifications | Peter Kennedy | |||||
| Managing Urban Sprawl Using Remote Sensing and Gis | PP Anilkumar | |||||
| 10_3 | Harborside B | October 10, 2019 | 10:00 | 11:30 | LIDAR VEGETATION CANOPY METRICS: TOWARD DEVELOPING STANDARDS | James Ellenwood |
| Validating 3DEP Lidar Data Using Tls | Jason Stoker | |||||
| Evaluating the Potential of NAIP-Derived Canopy Height Models to Support Operational Forest inventory Applications in the Southeastern Us | Ben Branoff | |||||
| Lidar Vegetation Canopy Metrics - towards Developing Standards - a Forest inventory Perspective | James Ellenwood | |||||
| Unmanned Aircraft Systems (Uas) Lidar Considerations, Comparisons, and Current Scanners to Assess Forest Canopy Features | Mark Bauer | |||||
| 10_4 | Harborside E | October 10, 2019 | 10:00 | 11:30 | HIGH RESOLUTION LAND COVER USING NAIP | Michael Norton |
| Creating High-Resolution Land Cover Data: Opportunities and Pitfalls | Michael Norton | |||||
| West Virginia Statewide Land Cover Classification from Naip Orthophotography: Findings and Recommendations | Aaron Maxwell | |||||
| Utilizing Naip Imagery to Perform High-Resolution Land Cover Mapping in a Desert Landscape: Successes and Challenges | Rachel Soobitsky | |||||
| Using Deep Learning for High-Resolution Land Cover Mapping: Challenges and Opportunities | Caleb Robinson | |||||
| High-Resolution Change Detection: Overcoming Challenges | Jarlath O'Neil-Dunne | |||||
| 10_5 | Harborside C | October 10, 2019 | 10:00 | 11:30 | VEGETATION ASSESSMENTS | Jess Brown |
| Satellite-Based Mapping of Field-Scale Stress Indicators for Crop Yield forecasting: An Application Across the Corn Belt, Usa | Yang Yang | |||||
| Corn Crop Growth Condition Assessment Based on Growth Dynamics: A Multi-Source Method | Zhengwei Yang | |||||
| Towards Operationalization: Evaluation of a Regional Drought and Yield Assessment System in Kenya | Lee Ellenburg | |||||
| Characterizing Field-Scale Water Use and Crop Stress in Agricultural Landscapes Using Multi-Sensor Data Fusion | Martha Anderson | |||||
| Measurement Uncertainty and Model Validation: An instructive Case Study of an Irrigated Cotton Crop | Joseph Alfieri | |||||
| 11_1 | Harborside C | October 10, 2019 | 13:00 | 14:30 | SATELLITE INTEROPERABILITY | Jon Christopherson |
| Landsat Collection-2 Reference Data Updates for Improved Registration to Sentinel-2 | Rajagopalan Rengarajan | |||||
| Towards Enhanced Sensor Interoperability and Harmonized Surface Reflectance Products | Rasmus Houborg | |||||
| Improved Interoperability Through Systemic Radiometric Calibration | Jon Christopherson | |||||
| Spectral Harmonization: Can It Be Done? | Jon Christopherson | |||||
| Development and Validation of JPSS VIIRS Vi and GVF Products | Ivan Csiszar | |||||
| 11_2 | Harborside B | October 10, 2019 | 13:00 | 14:30 | NASA HARVEST AND OTHER RECENT ADVANCES IN REMOTE SENSING OF AGRICULTURAL APPLICATIONS AND FOOD SECURITY | Mike Humber |
| NASA Harvest: A Program Enhancing the Use of Earth Observations for Agriculture | Chris Justice | |||||
| The GEOGLAM Crop Monitors | Brian Barker | |||||
| Monitoring and Modeling Field-Level Crop Yield and Environmental Sustainability for the US Corn Belt | Kaiyu Guan | |||||
| Using Earth Observations to Provide Early Warning for Food insecurity | Greg Husak | |||||
| Monitoring and Forecasting Water Availability with the FEWS NET Land Data Assimilation System | Amy McNally | |||||
| Integrating Field Scale Eo Metrics to Grow Domestic Conservation Practices within Supply Chain Decision Support Tools | Nathan Torbick | |||||
| 11_3 | Harborside A | October 10, 2019 | 13:00 | 14:30 | COLLABORATION IN THE DIVERSE GEOSPATIAL WORKFORCE: HOW EARLY CAREER PROFESSIONALS CAN BRING INNOVATIONS TO THE TECHNICAL COMMUNITY | Amanda Aragon |
| Panel Discussion | Amanda Aragon | |||||
| 11_4 | Harborside E | October 10, 2019 | 13:00 | 14:30 | MODERATE RESOLUTION DATA CHARACTERIZATION AND TRANSFORMATIONS | Thomas Parris |
| Cloud Detection Algorithm for Multi-Modal Satellite Imagery Using Convolutional Neural-Networks (CNN) | Stephen Broccardo | |||||
| The Tasseled Cap Transform Revisited | Thomas Parris | |||||
| Bulk Processing of the European Space Agency Landsat Multi Spectral Scanner Archive: Recent Improvements and Developments | Sebastien Saunier | |||||
| A Multi-Scale Segmentation Approach to Filling Gaps in Landsat ETM+ SLC-off Images Through Pixel Weighting | Leila Fonseca | |||||
| Generating High Spatiotemporal Land Surface Temperatures Through Sharpening Multi-Sensor Thermal Imagery | Jie Xue | |||||
| 12_1 | Harborside C | October 10, 2019 | 15:30 | 17:00 | UAS: CHANGING THE FUTURE OF REMOTE SENSING | Greg Stensaas |
| USGS Small UAS Present and Future Scientific Research and Operational Applications | Matthew Burgess | |||||
| UAS for Remote Sensing: System Capabilities and Products Quality and Accuracy | Qassim Abdullah | |||||
| Generating Consistent Uas Remote Sensing Data | Ajit Sampath | |||||
| Laboratory Radiometric Calibration/Characterization and Workflow for Low Cost sUAS VNIR Cameras | Mary Pagnutti | |||||
| The Odysseus High-Altitude Solar Aircraft for Earth Observation | Kevin Uleck | |||||
| Issues in Developing Larger Area (10 Km2) sUAS Based Geobia Applications | J.B. Sharma | |||||
| 12_2 | Harborside B | October 10, 2019 | 15:30 | 17:00 | AGRICULTURAL AND AGRI-ENVIRONMENTAL MONITORING FOR SDG 2: ZERO HUNGER | John Latham |
| Operational Agricultural Monitoring: Addressing the SDG Reporting Requirements | John Latham | |||||
| Geospatial information for Agricultural and Agri-Environmental Statistics | Elisabetta Carfagna | |||||
| Success Countries Where Satllite Imagery Has Been Used to Design a Statistical System | William Wigton | |||||
| Operational Agricultural Flood Monitoring with Copernicus Sentinel-1 Synthetic Aperture Radar | Claire Boryan | |||||
| Eyes in the Sky, Boots on the Ground: Integrating Satellites and Surveys for inproving Crop Yield Measurement | Sydney Gourlay | |||||
| 12_3 | Harborside E | October 10, 2019 | 15:30 | 17:00 | NATIONAL LAND COVER DATABASE 2016, OFFERING NEW CHANGE INSIGHTS ACROSS THE CONTERMINOUS UNITED STATES | Collin Homer |
| Release of the 2016 US National Land Cover Database, Providing New Opportunities for Land Cover Science | Collin Homer | |||||
| NLCD 2016 Tree Canopy Results and Change Patterns, 2011-2016 | Karen Schleeweis | |||||
| NLCD 2016 Impervious Surface Distribution and Change Patterns | George Xian | |||||
| New NLCD 2016 Shrub and Grass Products, offering Unprecedented Characterization and Monitoring of US Shrublands | Collin Homer | |||||
| Future Plans for NLCD 2019 | Jon Dewitz | |||||
| High Resolution Land Cover Classification Using the National Land Cover Database Tool, Imagery and Historical Data | Jeff VanDeVaarst | |||||
| 12_4 | Harborside A | October 10, 2019 | 15:30 | 17:00 | REMOTE SENSING INVESTIGATIONS OF WETLANDS AND NEAR-SHORE ISSUES | Colin Brooks |
| Integrating Optical and SAR Earth Observation Data to Support the Production of a Comprehensive Wetlands inventory Dataset for Alaska | Chengquan Huang | |||||
| A Completed Wetland inventory of Newfoundland and an Ongoing Wetland inventory of Canada Using Eo Data on Google Earth Engine | Bahram Salehi | |||||
| Applying UAS for Evaluating Transportation infrastructure and Monitoring invasive Aquatic Plants | Colin Brooks | |||||
| Satellite Remote Sensing Reveals More Than Three Decades of Increasing Coral Bleaching Heat Stress | Gang Liu | |||||
| Using NOAA Coral Reef Watch Ecoforecasts to Prepare for and Respond to the 2014-17 Global Coral Bleaching Event | Mark Eakin | |||||
| Scaling High Latitude Peatland Emissions Using Multi-Scale Earth Observation | Nathan Torbick | |||||
| 13_1 | Harborside E | October 11, 2019 | 8:30 | 10:00 | NEW TECHNOLOGY AND TECHNIQUES TO INCREASE SCIENTIFIC AND APPLICATIONS ACCESS TO SATELLITE EARTH OBSERVATIONS | Sara Lubkin |
| The Multi-Mission Algorithm and Analysis Platform: Sharing Data and Algorithms Across Agencies and Scientists | Ian Schuler | |||||
| Utilizing the NASA Atmospheric Science Data Center (ASDC) Geospatial Platform for Data Analysis | Matthew Tisdale | |||||
| Pangeo: A Big-Data Ecosystem for Scalable Earth System Science | Joseph Hamman | |||||
| Designing the User Experience for Earth Observation Data Services in the Cloud | Christopher Lynnes | |||||
| Visualizing Earth Observations for Science and Applications with NASA Worldview and Global Imagery Browse Services | Mike McGann | |||||
| End-to-End Machine Learning Applications Framework for Earth Science | Brian Freitag | |||||
| 13_2 | Harborside B | October 11, 2019 | 8:30 | 10:00 | APPLICATIONS OF NASA EARTH OBSERVATIONS FOR LOCAL DECISION MAKING: 20 YEARS OF THE NASA DEVELOP PROGRAM | Kenton Ross |
| Patuxent Water Resources: Assessing Land Cover and Land Use Change to inform Watershed Resource Management | Stephanie Rockwood | |||||
| Monitoring the Urban Heat Island Effects on the Health of Residents of New Orleans, Louisiana Metropolitan Area | Madison Murphy | |||||
| Utilizing SAR and NASA Earth Observations to Identify Optimal Transportation Routes to Assist Emergency Responders | Christine Evans | |||||
| Employing Remote Sensing Techniques to Quantify Sediment Supply and Evaluate Marsh Vulnerability in the Plum Island Estuary | Zach Bengtsson | |||||
| Utilizing Landsat and Sentinel-2 to Remotely Monitor and Evaluate the Performance of WInter Cover Crops Throughout Maryland | Julio Peredo | |||||
| Using NASA Earth Observations to Explore Urban Heat and Flood Vulnerability in Providence, RI & Elizabeth, NJ | Heather Dulaney | |||||
| 13_3 | Harborside A | October 11, 2019 | 8:30 | 10:00 | ADVANCES IN MAPPING AND MONITORING WATER CHARACTERISTICS | Robert Shuchman |
| A Satellite-Based Analysis Tool for Rapid Evaluation of Aquatic Environments (STREAM) | Nima Pahlevan | |||||
| Combining Sentinel-2 and Landsat-8 for Benthic Vegetation Monitoring in Sleeping Bear Dunes National Lakeshore | Robert Shuchman | |||||
| Estimating Phytoplankton Productivity in the Largest Lakes of the World Using Satellite Remote Sensing | Michael Sayers | |||||
| Monitoring Land Use and Water Use Change Over Forested Landscapes in North Carolina, USA Using Multi-Sensor Data Fusion | Yun Yang | |||||
| 13_4 | Harborside C | October 11, 2019 | 8:30 | 10:00 | EARTH OBSERVATION MISSIONS AND SERVICES | Steve Aichele |
| Demonstrating Next Generation High-Altitude, Long Endurance Aircraft for Earth Science | Matthew Fladeland | |||||
| NASA Airborne Science Contributions to Continuous Earth Monitoring | Susan Schoenung | |||||
| The DLR Earth Sensing Imaging Spectrometer (DESIS) instrument On-Orbit Performance and Data Access Through Tcloud | Kara Burch | |||||
| SIR-C Data Recovery for Continuous Monitoring of the Earth | Kenneth Arnoult | |||||
| Developing a National Terrain Model | Stephen Aichele | |||||
| The Arctic Boreal Vulnerability Experiment (ABoVE) Airborne Campaign | Elizabeth Hoy | |||||
| PO | Exhibit Hall | October 8, 2019 | 17:30 | 19:00 | POSTER PRESENTATIONS | |
| An Approach to Improve Atmospheric Correction for Radiative Transfer Derived Bathymetry for North American Nearshore Waters | Christopher Ilori | |||||
| Accuracy Assessment of sUAS Photogrammetrically-Derived Point Clouds | Amal Suleiman | |||||
| GOES-16 ABI ARB Products: Method, Evaluation, and Possible Improvements | Hye-Yun Kim | |||||
| UAV for Invasive Plant Species in the Old Woman Creek Estuary, Ohio Using Machine Learning Classifiers | Anita Simic-Milas | |||||
| Long-term trends across CONUS from a new root-zone soil moisture product called SMERGE | Kenneth Tobin | |||||
| GOES-16/17-Based Evapotranspiration and Drought Monitoring Products from NESDIS GET-D System | Li Fang | |||||
| Twenty Years of Disaster and Natural Hazards Monitoring with the ASTER Instrument on NASA's Terra Platform | Michael Abrams | |||||
| Kite Systems for Local Scale Remote Sensing | Kay Rufty | |||||
| Proposing a New Drought Assessment Spectral Model to Anticipate Desert Fronts Directions Through Sustainable Agriculture Expansion | Alfred Ngandam-Mfondoum | |||||
| Modelling Risk of Soils Degradation Through Statistics Analysis of Spectral Indices: A Case Study on the Cameroonians Shores of Lake Chad and its Hinterland | Paul Gbetkom | |||||
| SELEGUA: A New BSRN Station in Southern Mexico | Roberto Bonifaz | |||||
| Combining Field Sampled and Imagery Sampled Data for Crop Area Estimation | Sunita Yadav | |||||
| The Effects of Floodwaters from the Bonnet Carre Spillway on the Mississippi Gulf Coast Oyster Reefs | Lance Yarbrough | |||||
| Guidelines for Effective Environmental Assessment and Monitoring with Drones | Renee Bartolo | |||||
| Inter- and Intra-Annual Changes in the Three Dimensional Structure of Urban Canopies Detected by Airborne, Terrestrial and Slam Lidar Measurements | Youngkeun Song | |||||
| Characterizing Plant Functional Properties in Arctic Biome with a Novel Multi-Sensor Unmanned Aerial System | Dedi Yang | |||||
| Habitat Assessment for Western Gray Squirrels (Sciurus griseus) in Eastern Washington State | Brian Cosentino | |||||
| Creating Benchmark Data to Support Autonomous Vehicle Navigation and Validation of Satellite Image-Based Mapping | Charles Toth | |||||
| Enhancing Chlorophyll-A Retrievals from Multispectral Observations Via Machine Learning | Brandon Smith | |||||
| GIS Analysis of Future Locations for Electric Charging Stations | Phillip Agbesi | |||||
| Leveraging Geospatial Intelligence (GEOINT) in Mining of Rare Earth Elements Ore Deposits | Emma Boule | |||||
| An Analysis of Straight-Line Boundaries and Conflict in the Mideast Region | David Luzader | |||||
| Assessing Satellite-Derived Phenological Metrics and Terrain Data As a Proxy for Vegetation Dynamics Along the Brazilian Savanna Corridor | Leila Fonseca | |||||
| Integrating HiRISE Images and MOLA Data for Accurate Surface Topographic Mapping | Ahmed Elaksher |