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Taza set up this crowd-funding site to fund satellite transmitters for better tracking of Clark's Nutcrackers than she's been able to do with the hand-held units. "Clark's nutcrackers are pivotal players in the Greater Yellowstone Ecosystem, dispersing whitebark pine seeds and enabling the trees to reproduce and regain their population amid a decline. The whitebark pine trees are critical to the ecosystem because of their role in feeding wildlife and stabilizing the water supply. In light of the severe decline of whitebark pine trees, tracking the movement of the nutcrackers will yield crucial findings which will help managers ensure persistence of the Clark's nutcrackers, whitebark pine and the nutcrackers' important seed dispersal function. Please help support this first-ever satellite tracking of Clark's nutcrackers by giving to this project, which will cover the satellite transmitter costs for one full year. Read on for more information!"

Google Chrome recently introduced Land Lines, a delightful new way to explore the gorgeous satellite images from Google Earth. Landlines invites users to discover new satellite images in two ways: Draw and Drag. With the Draw feature, visitors simply create a small doodle on their monitor or personal device. Next, Landlines, with the aid of machine learning, presents visitors with a satellite picture that contains this line or shape in some form: perhaps as a gridded street, the shape of a mountain range, or the curve of a lake. A caption in the bottom left hand side of the browser alerts readers as to what they are looking at and allows visitors to explore each area in more detail via Google Maps. With Drag, users can "create an infinite line of connective rivers, highways, and coastlines." Both modes of exploration offer innovative and highly enjoyable ways to see the world from one's own computer.

"ut the truth is that satellites are so last century-so much, in fact, that scientists have begun using them to document historical changes. The above picture, from NASA's 38-year-old Landsat program, shows the Lake Djoudj region of Senegal during a drought in 1979 and during a flood 20 years later. Even at this small scale it's clear how much information the pictures contain about how the land has changed."

"Compare NOAA satellite imagery from before and after Hurricane Sandy and investigate damage caused by the superstorm in the Mid-Atlantic and Northeast. Click and drag the white bar to compare historical and current imagery. You can also use the included bookmarks to explore some of the the most damaged areas. "

Students will look at maps and satellite images to see how various settled parts of the Earth have changed over the past few decades. They will then draw maps of their hometown, showing how it might have looked in satellite images in the 1970s and today. This will probably require some research into their town's recent history.

During photosynthesis, plants emit what is called fluorescence - a form of light invisible to the naked eye but detectable by satellites orbiting hundreds of miles above Earth. NASA scientists established a method to turn this satellite data into global maps of the subtle phenomenon in more detail than ever before.

Earthquakes, tsunamis, floods, wildfires... "IcEarth offers an innovative approach for the use of satellite and airborne remotely sensed data and current and historical aerial photography combined with an in-depth explanation of what the data represents. Images, technical application, and topical themes support environmental science, earth science, and geographic inquiry by complementing educators existing curriculum."

2 animated images showing one year of seasonal transformations on Earth, created by stitching together 12 cloud-free satellite imagery mosaics of Earth (NASA's "Blue Marble Next Generation") for each month.

"The MODIS Rapid Response System generates daily near-real-time imagery of the oil in the Gulf of Mexico, including GIS compatible formats. Images are available in photo-like, true and false color from both the Terra and Aqua satellites at 2km, 1km, 500m, and 250m resolutions."

"[Noreen] Thomas [a farmer] enjoys this view from hundreds of miles above Earth's surface -- not just for the beauty, but the utility. She is among a growing group of Midwest farmers who rely on satellite imagery from Landsat to maximize their harvest and minimize damage to their fields. It's become another crucial tool like their tractors and sprinklers."

"BioCarbon Tracker uses satellite data and advanced methods to map the ecosystems where biocarbon is stored, identify vegetation at risk from land use change and monitor where high biocarbon stock land such as forest is converted to agriculture."

satellite tracking of migratory birds

Satellite imagery matching game for middle and high school students.

Beautiful satellite images from around the world

High-resolution earth imagery has provided ecologists and conservationists with a dynamic new tool that is enabling everything from more accurate counting of wildlife populations to rapid detection of deforestation, illegal mining, and other changes in the landscape.

We live in the Global Location Age. "Where am I?" is being replaced by, "Where am I in relation to everything else?" The Geospatial Revolution Project is an integrated public service media and outreach initiative about the world of digital mapping and how it is changing the way we think, behave, and interact. Mission The mission of the Geospatial Revolution Project is to expand public knowledge about the history, applications, related privacy and legal issues, and the potential future of location-based technologies. Geospatial information influences nearly everything. Seamless layers of satellites, surveillance, and location-based technologies create a worldwide geographic knowledge base vital to solving myriad social and environmental problems in the interconnected global community. We count on these technologies to: * fight climate change * map populations across continents, countries, and communities * track disease * strengthen bonds between cultures * assist first responders in protecting safety * enable democracy * navigate our personal lives

A downloadable US forest map assembled from space-based radar, satellite sensors, computer models, and a massive amount of ground-based data. It is possibly the highest resolution and most detailed view of forest structure and carbon storage ever assembled for any country. "Trees are one of Earth's largest banks for storing the carbon that gets emitted by natural processes and human activities. Forests cover about 30 percent of the planet's surface, and as much as 45 percent of the carbon stored on land is tied up in forests."

"Have you ever wondered what the tree population and density of the United States looks like? This amazing map shows just that. Created by Josef Kellndorfer and Wayne Walker of Woods Hole Research Center in conjunction with the U. S. Geological Survey Science Center's Earth Resources Observation and Science (EROS) Center and the US Forest Service, the map was generated based on a series of data sources including readings collected from space-based radars, satellite sensors, computer models, and simply counting trees the old-fashioned way. The map was created for NASA to help determine how the world's forests have the potential to store more carbon in the future."

Explore a variety of satellite image overlays

"Google Earth Engine brings together the world's satellite imagery-trillions of scientific measurements dating back more than 25 years-and makes it available online with tools for scientists, independent researchers, and nations to mine this massive warehouse of data to detect changes, map trends and quantify differences to the earth's surface. "