Lecture 60 of 60Week 12
Lecture 60: Global Positioning System (GPS) and Plate Tectonics
Prof. Pitambar Pati · IIT Roorkee
Credits and licence
- From
- Plate Tectonics, IIT Roorkee (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Interior of Earth-I
- Interior of Earth-II
- Interior of Earth-III
- Interior of Earth-IV
- Interior of Earth- V
- Interior of Earth-VI
- Oceanic Crust- I
- Oceanic Crust- II
- Continental Crust- I
- Continental Crust- II
- Types of Plates and Plate Margins
- Basic Assumption of Plate Tectonics
- Relative Motion of Lithospheric Plates
- Euler's Theory on Lithospheric Plate Motion
- Constructive/ Creative Plate Margin
- Slow and Fast Spreading Ridges
- Magma Chamber Properties at Mid-Oceanic Ridge
- Age-Depth Relationship Around the Mid-Oceanic Ridge
- Along Axis Segmentation of the Mid Oceanic Ridge
- Propagating Rifts and Microplate Development
- Conservative Plate Margin- I
- Conservative Plate Margin- II, Continental Transform Faults
- Conservative Plate Margin- III, Transform Continental Margins
- Conservative Plate Margin- IV, Continental Transform Faults
- Destructive Plate Margins- I
- Destructive Plate Margins-II, The Oceanic Trench
- Destructive Plate Margins-III, The Island Arc System
- Destructive Plate Margins-IV, The Back Arc Basin and Accretionary Prism
- Destructive Plate Margins-V, Seismicity in the Subduction Zone
- Destructive Plate Margins-VI, Gravity Anomaly and Thermal Structure at Subduction Zone
- Lecture 31: Magmatism and Metamorphism at Different Plate Settings-I, Magmatism at Subduction Zone
- Lecture 32: Magmatism & Metamorphism at Different Plate Settings-II, Metamorphic at Subduction Zone
- Lecture 33: Orogeny and Epiorogeny- I Ocean-Continent Collision
- Lecture 34: Orogeny and Epiorogeny- II Continent-Continent Collision
- Lecture 35: Orogeny and Epiorogeny- III Arc-Continent Collision
- Lecture 36: Fault Plane Solution
- Lecture 37: Plate Tectonics and Mineralisation- I
- Lecture 38: Plate Tectonics and Mineralisation- II
- Lecture 39: Plate Tectonics and Mineralisation at Divergent Margins- III
- Lecture 40: Plate Tectonics and Mineralisation at Divergent Margins- IV
- Lecture 41: Plate Tectonics and Mineralisation at Convergent Margins-V
- Lecture 42: Plate Tectonics and Mineralisation at Convergent Margins-VI
- Lecture 43: Plate Tectonics and Mineralisation at Convergent Margins-VII
- Lecture 44: Plate Tectonics and Mineralisation at Intraplate Tectono-Metallogenic System-VIII
- Lecture 45: Plate Tectonics and Hydrocarbon Exploration- I
- Lecture 46: Plate Tectonics and Hydrocarbon Exploration- II
- Lecture 47: Plate Tectonics and Climate Change
- Lecture 48: Stability of Triple Junction
- Lecture 49: Volcano
- Lecture 50: Volcano and its Products- I
- Lecture 51: Volcano and its Products- II
- Lecture 52: Himalayan Tectonics- I
- Lecture 53: Himalayan Tectonics- II
- Lecture 54: Indian Seismicity
- Lecture 55: Neotectonics- I
- Lecture 56: Neotectonics- II
- Lecture 57: Continental Drift- I
- Lecture 58: Continental Drift- II
- Lecture 59: Seafloor Spreading
- Lecture 60: Global Positioning System (GPS) and Plate Tectonics