My NASA Data 2.0: Reducing Barriers to Access Earth System Data

Slides:



Advertisements
Similar presentations
Preston Lewis Science Systems and Applications Inc. Welcome to …
Advertisements

Climate Change: Science and Modeling John Paul Gonzales Project GUTS Teacher PD 6 January 2011.
Natural Disasters and Environmental Change. Objective: To understand how the natural environment/physical landscape affects settlement patterns and human.
Natural Processes that Change Climate
Explaining the Evidence Activity 2: Clearing the Air.
Chapter 25.1 “Factors that Affect Climate”
AP ENVIRONMENTAL SCIENCE
Tips and Tricks for Using GIS in the Classroom Teaching with New Geoscience Tools Visualizations, Models, and Online Data Feb 10-12, 2008 University of.
Climate and Biodiversity Chapter 5. Climate and Biodiversity How are climates determined? What is the climate’s affect on terrestrial and aquatic ecosystems?
Climate. Factors that Affect Climate Climate □Average weather conditions over a long period of time □Defined by Many Factors □Temperature □Precipitation.
Atmosphere and Climate Change
Catastrophic Events  Catastrophic Event –Any event naturally occuring or caused by human action that:  Causes severe damage to the land  Endangers.
Chapter 25 Climate.
Introduction to NASA Goddard Space Flight Center(GSFC) Data and Information Services Center(GES DISC) National Aeronautics and Space Administration
Science, Society and Solutions
Climate Literacy Over A Year Alice Oshiro, Kim Lopez & Nancy Hernandez.
0 OCEAN LITERACY Essential Principles & Fundamental Concepts of Ocean Science PRINCIPLE 3.
Climates.
Selected Examples of Weather and Climate NGSS NESTA Workshops at Fall 2015 NSTA Conferences.
Atmospheric and Climate Change
Climate and Terrestrial Biodiversity Chapter What Factors Influence Climate?  Concept 7-1 An area's climate is determined mostly by solar radiation,
OVER space “ Observing Virginia’s Environmental Resources from Space” Barbara Murray OVERspace Project Director Barbara Murray OVERspace.
 The World Unit 1.  How Geographers Look at the World Chapter 1.
Section 1: Atmosphere and Climate Change
Natural Catastrophes. Wildfires Lightning strikes cause one out of every five wildfires. Drought conditions, wind, high temperatures, and low humidity.
SCIENCE Fifth Grade Week Three. Constructive processes create landforms. Is a volcanic eruption or weathering a constructive force?
Warm Up 4/15 Where are dry-summer tropical climates found in the United States? a. Utah c. Texas b. Arizona d. California Another name for a semi-arid.
Educator Resources Lauren Ritter, NASA Education Pathways Intern Hurricane and Severe Storm Sentinel (HS3) Global Precipitation Measurement (GPM) Soil.
Unit 1 Intro to Geography Notes Wed/Thurs, August 13/14, 2014 Chapter 1 Mrs. Dent.
 Insert call for educators quote here  Students in Life Science complete hands- on lessons that focus on VA SOL  Lessons incorporate the 5 E’s ›
Climate Change. What is Climate Change? A significant shift to the average climate and/or to its variability, typically lasting for decades or longer.A.
Globalization: Social and Environmental Issues. Social problems 1.Poverty is a complex issue with many causes. There is a growing gap between the rich.
Chapter 16 Global Climate Change. 1. Weather = state of the atmosphere at a particular place at a particular moment. 2. Climate is the long-term weather.
El Nino BIG IDEA: Abiotic and biotic factors influence the environment.
Natural Processes that Change Climate Volcanic Eruption Ocean Circulation Solar Activity Earth Motions CO 2 fluctuations Ocean acidification Objective:2.6.2.
LIVING IN THE ENVIRONMENT 17 TH MILLER/SPOOLMAN Chapter 7 Climate and Biodiversity.
Water cycle and fresh water By: Nitchakarn Theingviboonwong (Pae) Grade 7 RIS Summer school 08.
Weather. Weather vs. Climate Weather: Short term, what’s happening this week in a specific location. Climate: Long term weather patterns. Decades to thousands.
Weather and Climate Weather Temporary behavior of atmosphere (what’s going on at any certain time) Temperature is one of the basic elements of weather.
Landform and Oceans 5.E.3B.1 Analyze and interpret data to describe and predict how natural processes (such as weathering, erosion, deposition, earthquakes,
Climate and Terrestrial Biodiversity
Chapter Thirteen: Atmosphere and Climate Change
GIS Mapping for K-12 Students
Climate and Terrestrial Biodiversity
Climate Change Climate – The average year after year pattern of temperature, precipitation, winds and clouds in an area. Climates are classified mainly.
Climate Change & India’s Monsoons
Chapter 3: Climates of the Earth
El Nino.
The Earth System and its subsystems: MATTER is recycled over and over again Earth’s Cycles.
Climate The average weather conditions for an area over a long period of time.
Indicators & Effects of Climate Change
The Water Cycle.
WMO Space Programme Update
Earth Observations: Pattern Recognition of the Earth System
Using Earth SySTEM and GLOBE
Climate Changes By: Carlos Cedeño.
Natural and Human impacts on Weather and Climate
Climate.
Weather and The Water Cycle
Comprehend and apply weather in role play of being meteorologists.
Climate and Climate Change
Catastrophic Events.
Water Cycle
Modeling Atmospheric Circulation
NOAA Data in the Classroom
BIOMES: CLIMATE AND LIFE
El Nino.
Climate.
Atmosphere and Climate Change
The Data Set.
Presentation transcript:

My NASA Data 2.0: Reducing Barriers to Access Earth System Data Elizabeth Joyner, NASA Langley Research Center, Science Directorate, Hampton, Virginia Earth Systems & Phenomenon-Driven Approaches make ‘Just in Time’ learning a SNAP! About My NASA Data: My NASA Data (MND) puts users (educators & students in grades 3-12) in the driver’s seat to analyze global and regional Earth System phenomena using NASA data assets. In Fall 2018, NASA releases the next iteration of My NASA Data which provides NASA Earth Systems resources organized by phenomena as correlated in NGSS and supporting resources. Users will find lesson plans, maps & data, STEM career connections, as well as integrated GLOBE resources for connecting global learning to opportunities within the users’ backyards or school grounds. The Challenge: NASA offers petabytes of global Earth science data collected from satellites but accessing these data in a traditional science classroom can be tricky. Until now, successful learning through MND's lessons was contingent upon the user's ability to manipulate the current data visualization tool, Live Access Server (LAS). (The LAS is a robust tool that is populated with NASA data holdings, which users can use to create custom microsets for desired time series, parameters and geographical regions.) While many users are equipped with the technical skills to navigate this tool, teacher feedback identifies the need for further development. Finding a Solution: MND 2.0 provides online assets to help teachers and students access NASA data in a variety of formats. MND offers pre-generated graphs, mapped visualizations, animations, and processed data based on NGSS phenomena, providing the learner with the opportunity to explore concepts without being encumbered by the antiquated visualization interface. In addition, new and revised lessons allow teachers to access and incorporate data in their lessons without having to teach students spreadsheet skills, have 1:1 student/computer ratio, or rely on computers that may have outdated/incompatible software. Lesson Plans NGSS & 3 Dimensional Learning Grades: 3-5, 6-8, 9-12 GLOBE Connections to Global Learning & Observation to Benefit the Environment Maps & Data Pre-generated tools for phenomena-based learning STEM Career Career Profiles and Q & A’s of NASA Professionals Grade Bands: 3-5, 6-8, 9-12 mynasadata.larc.nasa.gov/ @mynasadata @mynasadata Contact MND: Elizabeth R. Joyner Education Coordinator NASA Langley Research Center elizabeth.r.joyner@nasa.gov FEATURED PHENOMENON Air Temperatures Hurricane Albedo Values CO2 Concentrations Urban Heat Islands Drought Changes in Sunlight Clouds Fraction Acid Rain Heat Waves Wind Plant Growth Patterns Deforestation Changes in Migration Patterns of Biomes Land Use Change Phytoplankton Forest Fires Sea Level Rise Watershed Changes Ocean Circulation Patterns Flood El Nino Southern Oscillation Ocean Acidification Patterns of Seasonal Precipitation Soil Moisture Changes in Land Surface Landslide Patterns of Erosion & Changing Landscapes Earthquakes Volcanic Eruptions Changes in Snow & Ice Extent Blizzard