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Global distribution of heat text
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Page 1: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Global distribution of heat

text

Page 2: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Spectra of incoming vs. outgoing radiation

text

Page 3: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Heat loss and gain from the oceans

text

Page 4: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

The Modern Ocean Conveyor Belt

Page 5: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

North Atlantic circulation

Page 6: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

NorthAtlantic

Page 7: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Atlantic deep-water circulation

Page 8: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Global deep-ocean circulation

Page 9: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Phanerozoic glaciation

Page 10: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Gondwana moves over the South Pole

Page 11: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Vail – 1st & 2nd order SL cycles

Page 12: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Sea level & spreading rates

Page 13: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

-4000 -3000 -2000 -1000 0 1000 2000 3000 4000

Distance from ridge crest (kilometers)

6000

5000

4000

3000

2000

1000

0

Dep

th (

met

ers)

0

510

2030

4050 60

10

2030

4050

60

Relation of Sea-Floor Age to Depth and Spreading Rate

Pacific

AtlanticSW

Indian

MOR

Age of crust (My)

Page 14: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous – fast spreading 6-8 cm/yr

Page 15: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Modern spreading – 3-4 cm/yr

Page 16: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Ocean basins and continental collision

Page 17: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Fragmented continents – high SL

Page 18: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Assembled continents riding high

Page 19: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Global ice volume

Page 20: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Vail – 1st & 2nd order SL cyclesCretaceous high

Page 21: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous 100 Ma Land & ocean

Page 22: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Latitudinal heat distribution – Cretaceous

Page 23: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Modern deep-water circulation

Page 24: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous deep-water circulation

Page 25: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous sources of dense water

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Mid-Cretaceous Europe

Page 27: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous warm deep water circulation

Page 28: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cretaceous warm deep water circulation

Page 29: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Breaking up Pangaea

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Opening the Atlantic – Pangaea / Permian

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Opening the Atlantic – Permian

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Opening the Atlantic – Triassic

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Opening the Atlantic – Early Jurassic

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Opening the Atlantic Middle Jurassic

Page 35: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic – Middle Jurassic

Page 36: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic – Late Jurassic

Page 37: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic – Early Cretaceous

Page 38: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic Middle Cretaceous

Page 39: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic – Middle Cretaceous

Page 40: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Opening the Atlantic – Late Cretaceous

Page 41: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Isotope record since the Late Cretaceous

Page 42: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Ice volume and isotopes

Page 43: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

d18O of ice at poles

Page 44: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Isotope record since the Late Cretaceous

Page 45: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Ocean gateways – submarine plateaus

Page 46: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Isolating Antarctica

Page 47: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

North Atlantic Iceland-FaeroeRidge

Page 48: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

North Atlantic features

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Caribbean Sea

Gulf of Mexico

Panama

Antilles Islands (volcanic)

Puerto Rican Trench

Amazon Cone

Caribbean Sea

Cayman Trough

Page 50: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

South Atlantic

SouthAmerica

Africa

Antarctica

Walvis Ridge

Rio Grande Rise & Vema Channel

Drake Passage

Page 51: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Walvis Ridge

Page 52: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Patagonia & Drake Passage

Antarctic Peninsula

(1) Falkland Plateau & Islands

(2) South Sandwich Trench & Islands

Page 53: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Southern Ocean

Australia

South America

South Africa

Page 54: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Southern Indian Ocean

Australia

Africa

Kerguelen Plateau

Antarctica

Tasman Plateau

Page 55: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Northern Indian Ocean

90 East Ridge

Chagos- Laccadive Plateau

Page 56: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Australia & New Zealand

Page 57: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cenozoic – Paleocene

Page 58: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Cenozoic – Eocene

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Late Cenozoic Sea level

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Cenozoic – Oligocene

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Cenozoic – Miocene

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Modern continental ice

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High topography Western North America

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Orographic effect

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India collides

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Tibetan Plateau

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Looking into the Himalayas

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Himalayas and monsoons

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Sediment flux to ocean basins – 40 Ma

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Strontium isotopes 400 Ma

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Closure of Panama – Pliocene

Page 72: Global distribution of heat text. Spectra of incoming vs. outgoing radiation text.

Table SL fall 80 Ma