1 | Interconnectedness in Heliophysics
Carolus J. Schrijver and George L. Siscoe
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Sabine Stanley,
Planetary Dynamos: Updates & New Frontiers
Homework
Solution |
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Mark Moldwin,
Introduction to Heliophysics System Physics: Processes and Environments, Similarities and Differences
Homework
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2 | Long-Term Evolution of Magnetic Activity of Sun-Like Stars
Carolus J. Schrijver
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Dana Longcope,
Why do Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do the Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do Sun and Planets Have Magnetic Fields?
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Karel Schrijver,
Solar Spectral Irradiation & Wind Over Time Scales up to a Decade
Homework
Solution |
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Karel Schrijver,
The Solar Atmosphere
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Jan Sojka,
Long-Term Evolution of the Geospace Climate
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Lisa Upton,
Solar Cycle Predictions (pdf)
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3 | Formation and Early Evolution of Stars and Protoplanetary Disks
Lee W. Hartmann
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Debra Fischer,
Characteristics of Planetary Systems 1
Characteristics of Planetary Systems 2
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Randy Jokipii,
The Evolving Heliosphere and its Particle Environment
Homework
Solution |
4 | Planetary Habitability on Astronomical Time Scales
Donald E. Brownlee
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Fran Bagenal,
Formation & Habitability of Planets
Homework
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David Brain,
Climates of Terrestrial Planets 1
Climates of Terrestrial Planets 2
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Chuanfei Dong,
Living with Stars and Societal Relevance
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5 | Solar Internal Flows and Dynamo Action
Mark S. Miesch
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Paul Charbonneau,
Stellar Dynamos
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Nicholas Featherstone,
Stellar Dynamos
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Mark Miesch,
Solar Internal Flows and Dynamo Action
Homework
This is an optional homework problem (e-mail Dr. Miesch for solution key).
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Mark Miesch,
Solar Convection and the Solar Dynamo
Homework
Solution |
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Mark Miesch,
Solar Internal Flows and Dynamo Action
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Karel Schrijver,
Observations of Stellar Dynamos
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Sabine Stanley,
Dynamos in Planets and Stars
Homework
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6 | Modeling Solar and Stellar Dyamos
Paul Charbonneau
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Amitava Bhattacharjee,
Dynamo Theory: Basics
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Amitava Bhattacharjee,
Dynamo Theory: Basics
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Paul Charbonneau,
Stellar Dynamos
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Nicholas Featherstone,
Stellar Dynamos
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Dana Longcope,
Why do Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do the Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do Sun and Planets Have Magnetic Fields?
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Mark Miesch,
Solar Internal Flows and Dynamo Action
Homework
This is an optional homework problem (e-mail Dr. Miesch for solution key).
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Mark Miesch,
Solar Convection and the Solar Dynamo
Homework
Solution |
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Karel Schrijver,
Observations of Stellar Dynamos
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Sabine Stanley,
Dynamos in Planets and Stars
Homework
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Lisa Upton,
Solar Cycle Predictions (pdf)
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7 | Planetary Fields and Dynamos
Ulrich R. Christensen
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Fran Bagenal,
Dynamos and Magnetospheres of the Planets
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Nicholas Featherstone,
Planetary Dynamos
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Dana Longcope,
Why do Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do the Sun and Planets have Magnetic Fields?
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Dana Longcope,
Why do Sun and Planets Have Magnetic Fields?
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Mark Miesch,
Planetary Fields and Dynamos (pdf)
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Sabine Stanley,
Dynamos in Planets and Stars
Homework
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8 | The Structure and Evolution of the Three-Dimensional Solar Wind
John T. Gosling
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Stuart Bale,
Stellar and Solar Winds
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Randy Jokipii,
The Evolving Heliosphere and its Particle Environment
Homework
Solution |
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Justin Kasper,
The Solar Wind
Homework
Solution |
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Dana Longcope,
Why does the Sun Have a Corona and a Wind?
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Dana Longcope,
Why is there a Corona and a Wind?
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Dana Longcope,
Why is There a Corona & a Wind?
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Karel Schrijver,
Solar Spectral Irradiation & Wind Over Time Scales up to a Decade
Homework
Solution |
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Brian Wood/Jeffrey Linsky,
Stellar Winds and Their Interaction with the Variable ISM
Homework
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9 | The Heliosphere and Cosmic Rays
J. R. Jokipii
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Ben Chandran,
Solar Wind: Structure and Turbulence
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Joe Giacalone,
Galactic Cosmic Rays: Sources, Propagation, Entry Throughout Solar System
Galactic Cosmic Rays: Sources, Propagation, Entry Throughout Solar System
Homework
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Randy Jokipii,
The Evolving Heliosphere and its Particle Environment
Homework
Solution |
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Brian Wood/Jeffrey Linsky,
Stellar Winds and Their Interaction with the Variable ISM
Homework
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10 | Solar Spectral Irradiance: Measurements and Models
Judith L. Lean and Thomas N. Woods
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Greg Kopp,
Solar Spectral Irradiance: Measurements and Models
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Greg Kopp,
Solar Irradiances
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Karel Schrijver,
Solar Spectral Irradiation & Wind Over Time Scales up to a Decade
Homework
Solution |
11 | Astrophysical Influences on Planetary Climate Systems
Jurg Beer
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Nick Achilleos,
Introducing the Seasons of the Sun-Planetary System Connections
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Chuanfei Dong,
Living with Stars and Societal Relevance
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Greg Kopp,
Solar Variability and Earth’s Climate
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12 | Assessing the Sun-Climate Relationship in Paleoclimate Records
Thomas J. Crowley
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Greg Kopp,
Solar Variability and Earth’s Climate
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13 | Ionospheres of the Terrestrial Planets
Stanley C. Solomon
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Stephen Bougher,
ITM Physics of Terrestrial Planets (Including GMD Couplings from Above and Atmospheric from Below)
Homework
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Rod Heelis,
Introduction to ITM Processes
Homework
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Thomas Immel,
Ionosphere Part 1
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Dana Longcope,
Why do the Earth & Planets have Ionospheres? Magnetospheres?
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Dana Longcope,
Why Does the Earth Have a Magnetosphere, Radiation Belts & an Ionosphere?
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Dana Longcope,
Why does the Earth have a Magnetosphere, Radiation Belts & an Ionosphere?
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David Siskind,
Aeronomy of Terrestrial Planet Atmospheres
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Jan Sojka,
Planetary Ionospheres
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Jan Sojka,
Terrestrial Ionospheres (pdf)
Terrestrial Ionospheres (animated)
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Jan Sojka,
The Ionosphere-Thermosphere
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Jan Sojka,
The Earth's Ionosphere
Long Term Evolution of Geospace Climate
Homework
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14 | Long-Term Evolution of the Geospace Climate
Jan J. Sojka
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Stephen Bougher,
ITM Physics of Terrestrial Planets (Including GMD Couplings from Above and Atmospheric from Below)
Homework
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Rod Heelis,
Introduction to ITM Processes
Homework
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David Siskind,
Aeronomy of Terrestrial Planet Atmospheres
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Jan Sojka,
Long-Term Evolution of the Geospace Climate
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Jan Sojka,
Long-term Evolution of the Geospace Climate (pdf)
This lecture is actually Jan Sojka's Chapter 14 in Textbook III
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15 | Waves and Transport Processes in Atmospheres and Oceans
Richard L. Walterscheid
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Richard Walterscheid,
Waves in Planetary Atmospheres
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16 | Solar Variability, Climate, and Atmospheric Photochemistry
Guy P. Brasseur, Daniel Marsch, and Hauke Schmidt
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