Linked e-resources
Details
Table of Contents
Chapter 1. Geopolitics, Environmental Change and Antarctic Governance: A Region in Need of a Transformative Approach to Science Diplomacy
Chapter 2. Impact of Antarctic Science on Climate Change Research: Global Research landscape
Chapter 3. Climate change over the Antarctic and the Southern Ocean and its impact and bearing on the global climate system
Chapter 4. Cenozoic Evolution of Antarctic Ice sheet, Circum Antarctic Circulation and Antarctic climate: Evidence from marine sedimentary records
Chapter 5. Dronning Maud Land (Antarctica) and reconstruction of its glacial history with cosmogenic radionuclides
Chapter 6. Late Quaternary climate change in Schirmacher region, East Antarctica: as revealed from terrestrial diamicts and lacustrine sediments
Chapter 7. A review of the palaeoclimatic studies from lake sediments of Schirmacher Oasis, East Antarctica
Chapter 8. A synthesis of glacial-interglacial paleoenvironmental records from lake sediments of Schirmacher Oasis, East Antarctica
Chapter 9. Nutrient cycling and productivity in Antarctic lakes
Chapter 10. Chemical and isotopic characterization of lakes in the Larsemann Hills, East Antarctica
Chapter 11. Effect of ionosphere scintillations on the loss of lock-in GPS signals at Antarctica Region
Chapter 12. Effect of Ionospheric Scintillation on the Positional Error and Loss of Lock of GPS Signal in Antarctic Region
Chapter 13. Climate change and Antarctic seabirds: insights from ecological monitoring of snow petrels in the Indian Antarctic Program
Chapter 14. Antarctic lichen response to climate change: Evidence from natural gradients and temperature enchantment experiments
Chapter 15. Higher Rate of Pigment Synthesis in Antarctic Plants: A Strategy of Survival under UV Radiations
Chapter 16. Geoscience studies in Antarctica by CSIR-National Geophysical Research Institute, Hyderabad
Chapter 17. Seismogenesis and Seismic potential of Antarctica region: Future Course of Comprehensive Study
Chapter 18. Revealing the contemporary kinematics of Antarctic plate using GPS and GRACE data.
Chapter 2. Impact of Antarctic Science on Climate Change Research: Global Research landscape
Chapter 3. Climate change over the Antarctic and the Southern Ocean and its impact and bearing on the global climate system
Chapter 4. Cenozoic Evolution of Antarctic Ice sheet, Circum Antarctic Circulation and Antarctic climate: Evidence from marine sedimentary records
Chapter 5. Dronning Maud Land (Antarctica) and reconstruction of its glacial history with cosmogenic radionuclides
Chapter 6. Late Quaternary climate change in Schirmacher region, East Antarctica: as revealed from terrestrial diamicts and lacustrine sediments
Chapter 7. A review of the palaeoclimatic studies from lake sediments of Schirmacher Oasis, East Antarctica
Chapter 8. A synthesis of glacial-interglacial paleoenvironmental records from lake sediments of Schirmacher Oasis, East Antarctica
Chapter 9. Nutrient cycling and productivity in Antarctic lakes
Chapter 10. Chemical and isotopic characterization of lakes in the Larsemann Hills, East Antarctica
Chapter 11. Effect of ionosphere scintillations on the loss of lock-in GPS signals at Antarctica Region
Chapter 12. Effect of Ionospheric Scintillation on the Positional Error and Loss of Lock of GPS Signal in Antarctic Region
Chapter 13. Climate change and Antarctic seabirds: insights from ecological monitoring of snow petrels in the Indian Antarctic Program
Chapter 14. Antarctic lichen response to climate change: Evidence from natural gradients and temperature enchantment experiments
Chapter 15. Higher Rate of Pigment Synthesis in Antarctic Plants: A Strategy of Survival under UV Radiations
Chapter 16. Geoscience studies in Antarctica by CSIR-National Geophysical Research Institute, Hyderabad
Chapter 17. Seismogenesis and Seismic potential of Antarctica region: Future Course of Comprehensive Study
Chapter 18. Revealing the contemporary kinematics of Antarctic plate using GPS and GRACE data.