Skip to main content

#Interactive Ancient #Earth globe | #Jurassic Period

The interactive globe allows you to select time periods by age or first geologic or organism events.Plate Tectonics and paleogeographic maps from C. R. Scotese's PALEOMAP Project are used. A brief summary of your selected time period is provided. You may also enter an address to view it on the globe.This interactive globe is part of Dinosaur Database. Both are projects of Ian Webster.

Understanding #Science | #ScienceProcess #InteractiveTool | @BioInteractive

HHMI Biointeractive offers a new interactive visual mapping tool that lets students explore the methods of science by having them construct models showing the paths a scientific investigation may take. This tool allows students and educators to document, annotate, and reflect upon their own and others' scientific research process.

Flume – Low head dam installation effects on coarse sediment transport | SERC media

Geomorpholgy of a river: What happens when you install a dam and how the sediment transport changes.

What Are You Flying Over? This #Geoscience #MobileApp Will Tell You | @SmithsonianMag

An article describing the start and functions of the Univerity of Minnesota's Flyover Country app. Using GPS, offline geologic maps and interactive points of interests reveal the locations of paleontological and georeferenced Wikipedia articles from your airplane window seat, vehichle or trail. The app was developed by a UMD geology student.

USA 2017 August 21 Total Solar Eclipse | Interactive Google Map | Xavier Jubier

An interactive map showing the path of totality for the Solar Ecipse on August 21, 2017.

How a #SolarEclipse Happens | #K12 #visualization

1 min read

You might think that an eclipse should happen every month since the Moon's orbit, depending on how its defined is between 27 and 29 days long. But our Moon's orbit is tilted with respect to Earth's orbit around the Sun by about five degrees. So, sometimes the Moon's shadow misses too high and someimes too low to cause a solar eclipse. Only when the Sun, Moon and Earth line up close to the "lines of node," the imaginary line that represents the intersection of the orbital planes of the Moon and Earth, can you have an eclipse.

For more on how an eclipse works and different types of eclipses, visit NASA's ECLIPSE 101 page, part of their Eclipse2017 site.

NASA's Goddard Space Flight Center provided this (0:45) video.

SOSx Lite 2.0 is here | @NOAA_SOS Science On a Sphere Explorer Lite | #K12 #OER #visualization #dataanalytics

Science on a Sphere Lite image

From the NOAA team  that created Science on a Sphere comes SOSx Lite 2.0! SOSx Lite is a free version of Science Explorer with some of the most popular datasets for use in home and the classroom. This page describes updates and the contents of SOS Explorer Lite 2.0 (SOSx Lite 2.0), inculding descriptions of three educational tours. See an earlier post for a brief description SOSx and you can download directly from here.

The #Moon's Role in a #SolarEclipse | #video #tutorial by @NASAGoddard Scientific Visualization Studio | #Ecipse2017

1 min read

Ecipses happen when the Sun, Moon, and Earth line up just right. The 2:34 video totorial below, from NASA's Goddard Space Flight Center (download available), explains what happens during a total solar eclipse and a partial eclipse and how often they occur. The video also explains how a solar eclipse differs from a lunar exlipse and, gives a helpful tip on how to remember the difference,

NASA's Goddard Space Flight Cener July 21st announcement of the video tutorial with related videos.

Get Ready for #Eclipse2017 | #video by @NASAGoddard Scientific Visualization Studio

1 min read

From NASA's Goddard Space Flight Center:

(public domain, download at GMS) To learn all about the 2017 Total Eclipse, visit: https://eclipse2017.nasa.gov/