Auroral Phenomenology and Magnetospheric Processes: Earth And Other Planets

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Our scientists lead several instruments on the Lunar Reconnaissance Orbiter LRO , including the LROC cameras that image the Moon unprecedented resolution, the Mini-RF imaging radar which provides critical information about surface properties and the search for volatiles, the Diviner thermal infrared radiometer which reveals surface temperature and rock abundance, and the Lyman Alpha Mapping Project LAMP that uses reflected starlight to image permanently shadowed regions at the poles.

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Lunar Reconnaissance Orbiter Camera image mosaic of the Moon— red, violet, and ultraviolet — are shown in the red, green, and blue image planes respectively. A high-resolution LROC image of a young 1. Tsiolkovskiy crater as seen in various datasets from the Lunar Reconnaissance Orbiter.

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Floors of permanently shadowed craters appear dark not because of lack of illumination, but instead because of a very porous surface. Image at left indicates reflected power from the surface. At right is the Circular Polarization Ratio image. The gas giants Jupiter and Saturn and the ice giants Uranus and Neptune are the four outer planets of our solar system.

Dozens of orbiting moons — ranging in size from small, irregularly shaped bodies to Titan and Ganymede, both larger than Mercury — make each of the outer planets a miniature solar system unto itself. Europa, an ice-covered moon of Jupiter, is thought to host a subsurface ocean. This false color view shows images taken by the Galileo Solid State Imaging experiment through near-infrared, green, and violet filters in the red, green, and blue image planes, accentuating small color differences.

A magnetosphere is a magnetic envelope of charged particles that surrounds some planets, including Earth. It is invisible to the human eye, but MIMI was able to detect the hydrogen atoms represented in red that escape it. Toggle navigation.

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Earth: Climate Change. Overview Climate change is a critical challenge for the nation and human society. Image credit: NASA. Featured Images Click on images below to enlarge. Overview APL conducts laboratory and airborne experiments to measure vegetation fluorescence, which is a key measurement of the efficiency of photosynthesis and vegetation health. Earth: Ocean Remote Sensing. Overview Ocean remote sensing research is conducted for both civilian and military applications in the marine environment. Ice Algorithm. Earth: Terrestrial Weather. Heliophysics: Heliosphere.

Overview The heliospheric section investigates the acceleration, propagation, and transport of solar wind, suprathermal, and energetic particles solar to cosmic in the heliosphere from the Sun and beyond. Heliophysics: Ionosphere-Thermosphere-Mesosphere. Overview Certain regions of our upper atmosphere are prone to solar influence and merge into Earth Science research. Heliophysics: Magnetosphere Ionospheric Coupling.

Overview APL has a long history of providing instruments to study the particle phenomena at the outer planets. Heliophysics: Solar. Overview Solar Physics explores solar activity through novel instrument development, advanced modeling, and innovative data analysis methods. Solar Bolometric Imager. Heliophysics: Space Weather.


APL Civil Space: All Science:

Overview In our economy, commerce is highly dependent on global information systems. Heliophysics: Theory and Modeling. Overview Heliophysics theory and modeling conducts fundamental research with the overarching goal to not only reveal, understand, and characterize the physical processes underlying the observed behavior of the Heliosphere, but also to build assets and knowledge for Space Weather forecasting. Planetary: Asteroids. Overview Asteroids are small rocky bodies orbiting the sun; they are remnants from the formation of the inner planets.

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Planetary: Comets and Kuiper Belt Objects. Overview The Kuiper Belt is a vast reservoir of small bodies that orbit the Sun near the plane of the solar system beyond the orbit of Neptune. Planetary: Dwarf Planets. Overview Pluto and Ceres are the best known dwarf planets — bodies that are round and orbit the Sun like the planets, but have not cleared other objects in their neighborhood. Planetary: Inner Planets.

Simulation study of near-Earth space disturbances: 2. Auroral substorms

Overview The inner planets of our solar system are extensively studied by APL scientists and science missions. Planetary: Lunar Science. Planetary: Outer Planets. Overview The gas giants Jupiter and Saturn and the ice giants Uranus and Neptune are the four outer planets of our solar system. Projected beyond our solar system, it may also be of interest for astronomers who are looking for aurora-active exoplanets. Free Access. Summary PDF Request permissions. PDF Request permissions.

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STRANGEST Weather On OTHER Planets! (Part II)

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