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Delve into the realm of planetary protection with this comprehensive primer tailored for thermal engineers by Betsy Pugel, PhD. Explore the intersection of thermal and planetary protection, flight project practicalities, and the crucial components of forward and backward contamination. Gain insights

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Global and local winds are created by differences in air pressure due to unequal heating of the atmosphere. Wind formation involves the movement of air from high to low pressure areas, influenced by factors like the Coriolis effect. The composition, structure, and properties of the atmosphere play c

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The decadal strategy outlines a comprehensive plan for planetary science and astrobiology, emphasizing the integration of human exploration activities with scientific objectives. Key elements include leveraging planned human space missions for new scientific opportunities and identifying areas of pl

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Explore the significance of Hawaiian wind names, cultural protocols, and their connection to Emergency Management through activities, storytelling, and understanding the winds' role in Hawaiian identity and climate change. Delve into the legends of La amaomao and discover the spiritual importance of

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Cyclones and tsunamis are natural disasters that can have devastating effects such as strong winds, heavy rains, floods, and destruction. Cyclones are violent storms with high-speed winds rotating around a calm center of low pressure, while tsunamis are seismic sea waves caused by earthquakes or und

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Local winds play a vital role in the climate of specific regions, influenced by factors like nearby bodies of water or mountain ranges. Different types of local winds, such as Foehn, Sirocco, Chinook, Loo, Mistral, and Bora, have unique characteristics and impacts on the environment. For example, th

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Explore the challenges of addressing controversial topics in planetary science during public engagement, including misunderstandings about science and the nature of scientific inquiry. Discover solutions and engage in activities to enhance public understanding.

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Prof. Alberto Bolatto explores extragalactic research, Prof. Drake Deming studies extrasolar planets, Dr. Tony Farnham specializes in cometary studies, Lori Feaga maps cometary gas comae, Prof. Suvi Gezari investigates supermassive black holes, and Prof. Douglas Hamilton delves into planetary dynami

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Global winds play a crucial role in shaping weather patterns worldwide. These winds flow from areas of high pressure to low pressure, but due to the Coriolis effect caused by the Earth's rotation, they curve in specific directions. The Polar Easterlies, Prevailing Westerlies, and Trade Winds are key

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The Green Economy Progress (GEP) Measurement Framework, spearheaded by Fulai Sheng, a Senior Economist at UN Environment, emphasizes an Inclusive Green Economy (IGE) as a tool for sustainable development. It addresses poverty, inequitable prosperity sharing, and planetary boundary concerns by integr

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Exploring the physics of gases in planetary atmospheres, this lecture delves into the ideal gas law which relates pressure, density, and temperature in an atmosphere. It introduces the concept of kinetic temperature and Maxwellian distribution, showcasing how gas particles distribute in equilibrium.

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Participate in the SAASTA AstroQuiz 2017 Round 3 and test your planetary knowledge with a series of questions related to various celestial bodies. You have 60 seconds to answer each question. Use the provided image for reference and enjoy the space-themed quiz! Remember, no internet or cellphones al

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Vertical axis wind turbines (VAWT) include Darrieus, H-Rotor, and Savonius designs, while horizontal axis wind turbines (HAWT) have advantages such as better performance at greater heights and stronger winds. VAWT face challenges like self-starting and commercial success. Both turbine types operate

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Hybrid powertrains utilize planetary gear trains to achieve different operating modes such as motor-alone, engine-alone, combined mode, and more. These gear trains consist of planetary gears orbiting around a central axis, enabling multiple shaft configurations for input and output. Understanding th

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This educational content delves into the concepts and principles of planetary health and climate change, exploring the interrelationships between ecosystems, animals, and human health. It highlights the far-reaching effects of human and animal interactions on the environment, emphasizing practical i

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Infrared spectroscopy plays a crucial role in studying planetary molecules like NH3, PH3, and CH3CN, aiding in planetary observations and spacecraft missions. Ground-based observatories and spacecraft like GALILEO and Cassini/Huygens provide valuable data for analyzing planetary spectra and modeling

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NOAA's Operational SAR Sea Surface Wind Products provide detailed information on wind patterns derived from SAR images. The system aims to implement high-resolution wind production, capable of deriving winds from various SAR satellites. The operational goals include compatibility with international

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Delve into the fascinating realms of high mass star formation, stellar winds, planetary nebulae, and active stars through the VLASS Galactic Science project. This initiative leverages cutting-edge surveys like GLIMPSE and CORNISH to unlock the secrets of star birth, evolution, and their impact on th

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Learn about atmospheric circulation, local winds, terrain types, mean velocity profiles, and different types of winds such as prevailing winds, periodic winds, and local winds. Explore the concept of planetary winds like Trade Winds and Westerly Winds, and understand how winds create air currents. D

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Air pressure differences cause winds, with the Coriolis Effect causing wind paths to curve as air moves from high to low pressure areas. In the Northern Hemisphere, winds curve to the right, and in the Southern Hemisphere, they curve to the left. Planetary and local winds are influenced by temperatu

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Large-scale prevailing winds, such as the Hadley Cell, vary by latitude. These winds drive global atmospheric circulation, with rising air at the equator, sinking air at 30 degrees, and trade winds in between. By studying wind patterns, we gain insights into climate systems and weather phenomena.

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Shear line just north of Guam is influencing showers and stronger NE winds, with a tropical disturbance expected to increase rain chances. The moisture content is high, and a frontal passage is forecasted for late Thursday, bringing NW winds. The air mass is becoming moister and warmer, with the foc

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MAPSIT, led by Trent Hare of USGS, advocates for creating a Lunar PSDI to enhance spatial data infrastructure in planetary science. The committee highlights the importance of foundational lunar data products and ongoing efforts for Europa and the Moon. Collaboration with various entities is emphasiz

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Wind is the natural movement of air influenced by factors like solar energy absorption, Earth's rotation, and temperature differentials. Local winds arise from small-scale convection currents due to uneven heating. Wind speed changes throughout the day based on air pressure differentials. Monsoons,

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Johannes Kepler, a pivotal figure in the history of astronomy, made groundbreaking discoveries by overturning the geocentric model of the universe. By formulating his three laws of planetary motion, Kepler paved the way for scientific advancements and paved the path for Isaac Newton's law of gravity

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Local winds are a significant type of wind caused by variances in air temperature, often developing throughout the day due to solar heat. Land and sea breezes, mountain and valley breezes, Chinook and Santa Ana winds, and country breezes are examples of local wind patterns formed under different con

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Explore the gravitational constant, force of attraction between objects, and equations for calculating gravitational force and centripetal force. Delve into Kepler's laws describing planetary orbits. Uncover the relationship between periods and distances of planets from the sun.

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The Planetary Boundary Layer (PBL) plays a crucial role in atmospheric dynamics, divided into surface, mixed, stable, and residual layers. During the day, the mixed layer experiences convective motions due to surface heating, while the stable layer dominates during the night. Understanding these lay

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Attendees of the Technology Showcase for Planetary Science, held in Galveston, TX, praised the event for fostering connections between technologists and mission planners. Organized by Carolyn Mercer and Doris Daou, this innovative gathering aimed to enhance future mission science returns through col

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Dr. Yuk L. Yung is a distinguished editorial board member and professor at the California Institute of Technology, USA. His research focuses on planetary evolution, atmospheric chemistry, astrobiology, and global change, emphasizing synergistic interactions between modeling, experiments, and observa

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Explore the fundamental laws discovered by Johannes Kepler in his study of planetary motion. Learn how these laws revolutionized our understanding of the solar system, from the elliptical orbits to the equal area law. Discover the key concepts of focus, eccentricity, aphelion, and perihelion, sheddi

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Explore the principles of Newton's Law of Universal Gravitation and Kepler's Laws of Planetary Motion. Delve into the concept of gravitational attraction between celestial bodies and the validation of these laws through the conservation of angular momentum. Learn about the measurement of the gravita

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Jun Wu and colleagues at Arizona State University have developed a comprehensive model to explain the origin of Earth's water through stages such as planetary accretion, core formation, and interactions with the solar nebula. By tracing the isotopic composition of hydrogen, they explore how water so

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Explore a limited subset of computational tools in planetary astrophysics used for modeling planetary transits, secondary eclipses, phase curves, radial velocities, Bayesian parameter estimation, and atmospheric modeling. Tools include BATMAN, SPIDERMAN, RadVel, e.emcee, and Exo_Transmit, each servi

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In 2006, Pluto was reclassified as a dwarf planet, sparking debates about its planetary status. Discovered in 1930 by Clyde Tombaugh, Pluto was named after the Roman god of the underworld by an 11-year-old girl. Its composition and size differentiate it from the traditional outer planets, contributi

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Space technology plays a crucial role in global economics by addressing cosmic threats, climate change, and atmospheric issues. The protection of global resources like RF Spectrum, the Ozone Layer, and the Van Allen belts is essential for human survival. Potential risks from orbital debris, solar fl

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The MEPAG Report on Mars Special Regions Committee was established by joint requests from ESA, ESF, and NASA to review planetary protection requirements for Mars. The Academies and ESF play a crucial role in providing independent scientific advice. The Joint Committee comprises experts from various

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Delve into the world of adaptive optics (AO) systems through a focused investigation on imaging the HR 8799 planetary system. Compare and contrast different AO systems, discuss science goals and design choices, and analyze observational details and results. Explore which AO system is optimal for HR

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