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Climate Change Science: A Primer for Sustainable Development

Mutter, John C

1, 2020

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Crustal Magmatic System Beneath the East Pacific Rise (8°20′ to 10°10′N): Implications for Tectonomagmatic Segmentation and Crustal Melt Transport at Fast‐Spreading Ridges

Geochemistry, geophysics, geosystems : G3, 2018-11, Vol.19 (11), p.4584-4611

2018

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Variations in axial magma lens properties along the East Pacific Rise (9°30′N-10°00′N) from swath 3-D seismic imaging and 1-D waveform inversion

Journal of geophysical research. Solid earth, 2014-04, Vol.119 (4), p.2721-2744

2014

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Violent conflicts and natural disasters: the growing case for cross-disciplinary dialogue

Third world quarterly, 2014-08, Vol.35 (7), p.1239-1255

2014

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Crustal thickness and Moho character of the fast-spreading East Pacific Rise from 9°42′N to 9°57′N from poststack-migrated 3-D MCS data

Geochemistry, geophysics, geosystems : G3, 2014-03, Vol.15 (3), p.634-657

2014

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Distribution of melt along the East Pacific Rise from 9°30′ to 10°N from an amplitude variation with angle of incidence (AVA) technique

Geophysical journal international, 2015-10, Vol.203 (1), p.1-21

2015

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Insights into dike nucleation and eruption dynamics from high-resolution seismic imaging of magmatic system at the East Pacific Rise

Science advances, 2023-09, Vol.9 (39), p.eadi2698-eadi2698

2023

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Structural Processes at Slow-Spreading Ridges

Science (American Association for the Advancement of Science), 1992-07, Vol.257 (5070), p.627-634

1992

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Recent Seismic Studies at the East Pacific Rise 8°20'–10°10'N and Endeavour Segment: Insights into Mid-Ocean Ridge Hydrothermal and Magmatic Processes

Oceanography (Washington, D.C.), 2012-03, Vol.25 (1), p.100-112

2012

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Architecture of on- and off-axis magma bodies at EPR 9°37–40′N and implications for oceanic crustal accretion

Earth and planetary science letters, 2014-03, Vol.390, p.31-44

2014

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Climate change science: a primer for sustainable development

Mutter, John C

2020

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Preconditions of Disaster: Premonitions of Tragedy

Social research, 2008-10, Vol.75 (3), p.691-724

Mutter, John C.

2008

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Mantle compensation of active metamorphic core complexes at Woodlark rift in Papua New Guinea

Nature (London), 2002-08, Vol.418 (6900), p.862-865

2002

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Recent Advances in Multichannel Seismic Imaging for Academic Research in Deep Oceanic Environments

Oceanography (Washington, D.C.), 2012-03, Vol.25 (1), p.113-115

2012

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Variations in thickness of layer 3 dominate oceanic crustal structure

Earth and planetary science letters, 1993-05, Vol.117 (1), p.295-317

1993

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Seismic imaging of hotspot-related crustal underplating beneath the Marquesas Islands

Nature (London), 1995-02, Vol.373 (6515), p.600-603

1995

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CLIMATE IN THE FUTURE

Climate Change Science, 2020, p.103-132

Mutter, John C

2020

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CLIMATE AND SUSTAINABLE DEVELOPMENT: Summary and Closing Remarks

Climate Change Science, 2020, p.155-168

Mutter, John C

2020

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CLIMATE DYNAMICS: Natural Variations

Climate Change Science, 2020, p.63-102

Mutter, John C

2020

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PRECIPITATION, WINDS, ATMOSPHERIC PRESSURE, AND THE ORIGIN OF CLIMATE ZONES

Climate Change Science, 2020, p.37-62

Mutter, John C

2020

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INTRODUCTION: Strategy and Outline of the Primer

Climate Change Science, 2020, p.ix-xiv

Mutter, John C

2020

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EARTH’S RESPONSES TO CLIMATE CHANGE

Climate Change Science, 2020, p.133-154

Mutter, John C

2020

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WHY DOES EARTH HAVE THE CLIMATE IT DOES?

Climate Change Science, 2020, p.1-36

Mutter, John C

2020

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Uniform accretion of oceanic crust south of the Garrett transform at 14°15′S on the East Pacific Rise

Journal of Geophysical Research - Solid Earth, 1994-05, Vol.99 (B5), p.9097-9116

1994

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Seismotectonics of Mid-Ocean Ridge Propagation in Hess Deep

Science (American Association for the Advancement of Science), 2002-11, Vol.298 (5599), p.1765-1768

2002

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Climate Change Science: A Primer for Sustainable Development

Crustal Magmatic System Beneath the East Pacific Rise (8°20′ to 10°10′N): Implications for Tectonomagmatic Segmentation and Crustal Melt Transport at Fast‐Spreading Ridges

Variations in axial magma lens properties along the East Pacific Rise (9°30′N-10°00′N) from swath 3-D seismic imaging and 1-D waveform inversion

Violent conflicts and natural disasters: the growing case for cross-disciplinary dialogue

Crustal thickness and Moho character of the fast-spreading East Pacific Rise from 9°42′N to 9°57′N from poststack-migrated 3-D MCS data

Distribution of melt along the East Pacific Rise from 9°30′ to 10°N from an amplitude variation with angle of incidence (AVA) technique

Insights into dike nucleation and eruption dynamics from high-resolution seismic imaging of magmatic system at the East Pacific Rise

Structural Processes at Slow-Spreading Ridges

Recent Seismic Studies at the East Pacific Rise 8°20'–10°10'N and Endeavour Segment: Insights into Mid-Ocean Ridge Hydrothermal and Magmatic Processes

Architecture of on- and off-axis magma bodies at EPR 9°37–40′N and implications for oceanic crustal accretion

Climate change science: a primer for sustainable development

Preconditions of Disaster: Premonitions of Tragedy

Mantle compensation of active metamorphic core complexes at Woodlark rift in Papua New Guinea

Recent Advances in Multichannel Seismic Imaging for Academic Research in Deep Oceanic Environments

Variations in thickness of layer 3 dominate oceanic crustal structure

Seismic imaging of hotspot-related crustal underplating beneath the Marquesas Islands

CLIMATE IN THE FUTURE

CLIMATE AND SUSTAINABLE DEVELOPMENT: Summary and Closing Remarks

CLIMATE DYNAMICS: Natural Variations

PRECIPITATION, WINDS, ATMOSPHERIC PRESSURE, AND THE ORIGIN OF CLIMATE ZONES

INTRODUCTION: Strategy and Outline of the Primer

EARTH’S RESPONSES TO CLIMATE CHANGE

WHY DOES EARTH HAVE THE CLIMATE IT DOES?

Uniform accretion of oceanic crust south of the Garrett transform at 14°15′S on the East Pacific Rise

Seismotectonics of Mid-Ocean Ridge Propagation in Hess Deep

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