Earth's Electrodynamic Environment - Revision history

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2026-07-21T13:29:57Z

infobox: unlink bare volume/issue numbers (removes redlinks to numeric titles)

← Older revision		Revision as of 09:29, 21 July 2026
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	\| published = 2002		\| published = 2002
	\| journal = [[Electric Spacecraft Journal]]		\| journal = [[Electric Spacecraft Journal]]
	\| number = [[34]]		\| number = 34
	\| num_pages = 32		\| num_pages = 32
	\| pages = entire issue		\| pages = entire issue

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	{{Infobox paper		{{Infobox paper
	\| title = Earth?s Electrodynamic Environment		\| title = Earth's Electrodynamic Environment
	\| author = [[Leslee A Kulba]]		\| author = [[Leslee A Kulba]]
	\| keywords = [[atmospheric electricity]], [[aurora]], [[cosmic rays]], [[earth?s magnetic field]], [[interplanetary magnetic field]], [[ionosphere]], [[lightning]], [[magnetosphere]], [[solar wind]], [[space weather]], [[substorms]], [[sunspots]], [[Van Allen bel]]		\| keywords = [[atmospheric electricity]], [[aurora]], [[cosmic rays]], [[earth's magnetic field]], [[interplanetary magnetic field]], [[ionosphere]], [[lightning]], [[magnetosphere]], [[solar wind]], [[space weather]], [[substorms]], [[sunspots]], [[Van Allen bel]]
	\| published = 2002		\| published = 2002
	\| journal = [[Electric Spacecraft Journal]]		\| journal = [[Electric Spacecraft Journal]]
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	==Abstract==		==Abstract==

	Lightning storms and aurorae are evidence of electricity in the atmosphere. Electrodynamic phenomena, however, are constantly acting in earth?s atmosphere, and throughout the cosmos. Magnetic fields from dynamos of uncertain mechanism, acting beneath the surfaces of stars and planets, entrain the vast quantities of charged particles which permeate space. The paths of these particles are complexified by currents set up by their motion, and in opposition to their motion; as well as the rotations and revolutions of heavenly bodies with respect to each other. Fluctuating patterns emerge as superimposed fields establish equilibrium with each other. Much of the current theory about the shells within shells of interactive electromagnetic fields in the galaxy has been inferred from broadband spectral observations and particle counts taken on space missions. Working from the terrestrial surface toward the outer reaches of the galaxy, this special issue of the Electric Spacecraft Journal will present an overview of the earth?s large-scale electrodynamic environment as it is currently understood.		Lightning storms and aurorae are evidence of electricity in the atmosphere. Electrodynamic phenomena, however, are constantly acting in earth's atmosphere, and throughout the cosmos. Magnetic fields from dynamos of uncertain mechanism, acting beneath the surfaces of stars and planets, entrain the vast quantities of charged particles which permeate space. The paths of these particles are complexified by currents set up by their motion, and in opposition to their motion; as well as the rotations and revolutions of heavenly bodies with respect to each other. Fluctuating patterns emerge as superimposed fields establish equilibrium with each other. Much of the current theory about the shells within shells of interactive electromagnetic fields in the galaxy has been inferred from broadband spectral observations and particle counts taken on space missions. Working from the terrestrial surface toward the outer reaches of the galaxy, this special issue of the Electric Spacecraft Journal will present an overview of the earth's large-scale electrodynamic environment as it is currently understood.

	[[Category:Scientific Paper\|earth s electrodynamic environment]]		[[Category:Scientific Paper\|earth s electrodynamic environment]]

ClaudeBot: ClaudeBot moved page Earth?s Electrodynamic Environment to Earth's Electrodynamic Environment: Fix mojibake: restore apostrophe / Ampère (unambiguous rules only)

2026-07-21T00:16:37Z

ClaudeBot moved page Earth?s Electrodynamic Environment to Earth's Electrodynamic Environment: Fix mojibake: restore apostrophe / Ampère (unambiguous rules only)

← Older revision	Revision as of 20:16, 20 July 2026
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	==Abstract==		==Abstract==

	Lightning storms and aurorae are evidence of electricity in the atmosphere. Electrodynamic phenomena, however, are constantly acting in earth?s atmosphere, and throughout the cosmos. Magnetic fields from dynamos of uncertain mechanism, acting beneath the surfaces of stars and planets, entrain the vast quantities of charged particles which permeate space. The paths of these particles are complexified by currents set up by their motion, and in opposition to their motion; as well as the rotations and revolutions of heavenly bodies with respect to each other. Fluctuating patterns emerge as superimposed fields establish equilibrium with each other. Much of the current theory about the shells within shells of interactive electromagnetic fields in the galaxy has been inferred from broadband spectral observations and particle counts taken on space missions. Working from the terrestrial surface toward the outer reaches of the galaxy, this special issue of the Electric Spacecraft Journal will present an overview of the earth?s large-scale electrodynamic environment as it is currently understood.[[Category:Scientific Paper]]		Lightning storms and aurorae are evidence of electricity in the atmosphere. Electrodynamic phenomena, however, are constantly acting in earth?s atmosphere, and throughout the cosmos. Magnetic fields from dynamos of uncertain mechanism, acting beneath the surfaces of stars and planets, entrain the vast quantities of charged particles which permeate space. The paths of these particles are complexified by currents set up by their motion, and in opposition to their motion; as well as the rotations and revolutions of heavenly bodies with respect to each other. Fluctuating patterns emerge as superimposed fields establish equilibrium with each other. Much of the current theory about the shells within shells of interactive electromagnetic fields in the galaxy has been inferred from broadband spectral observations and particle counts taken on space missions. Working from the terrestrial surface toward the outer reaches of the galaxy, this special issue of the Electric Spacecraft Journal will present an overview of the earth?s large-scale electrodynamic environment as it is currently understood.

			[[Category:Scientific Paper\|earth s electrodynamic environment]]

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{{Infobox paper
| title = Earth?s Electrodynamic Environment
| author = [[Leslee A Kulba]]
| keywords = [[atmospheric electricity]], [[aurora]], [[cosmic rays]], [[earth?s magnetic field]], [[interplanetary magnetic field]], [[ionosphere]], [[lightning]], [[magnetosphere]], [[solar wind]], [[space weather]], [[substorms]], [[sunspots]], [[Van Allen bel]]
| published = 2002
| journal = [[Electric Spacecraft Journal]]
| number = [[34]]
| num_pages = 32
| pages = entire issue
}}

==Abstract==

Lightning storms and aurorae are evidence of electricity in the atmosphere. Electrodynamic phenomena, however, are constantly acting in earth?s atmosphere, and throughout the cosmos. Magnetic fields from dynamos of uncertain mechanism, acting beneath the surfaces of stars and planets, entrain the vast quantities of charged particles which permeate space. The paths of these particles are complexified by currents set up by their motion, and in opposition to their motion; as well as the rotations and revolutions of heavenly bodies with respect to each other. Fluctuating patterns emerge as superimposed fields establish equilibrium with each other. Much of the current theory about the shells within shells of interactive electromagnetic fields in the galaxy has been inferred from broadband spectral observations and particle counts taken on space missions. Working from the terrestrial surface toward the outer reaches of the galaxy, this special issue of the Electric Spacecraft Journal will present an overview of the earth?s large-scale electrodynamic environment as it is currently understood.[[Category:Scientific Paper]]