Subjects
| Post date: 2020/04/26 |
Climate records and models
All contributions related to paleoclimatic and paleogeographic changes in marine and terrestrial systems, abrupt and long-term climate change, historical and future climate, the use and development of (novel) climate proxies, simulations of past and future climate
Human evolution and ancient civilizations
All contributions related to anthropology, archeology, ancient civilizations, population dynamics and behavioral variability, cultural diversity, human-environment interaction, cultural-climatic evolution, vegetation, land-use and human impact
Landforms and soil system sciences
All contributions related to fluvial-aeolian, estuarine and coastal geomorphology, lake- and sea-level changes, soil biology, chemistry and physics, soil and environment interaction, soil formation, diagenesis, erosion and transport, loess and paleosols
Natural Processes and Geohazards
All contributions related to extreme weather and climate events, drought, fire and water scarcity, floods and landslides, earthquakes and neotectonics, volcanic hazards and aerosols, pollution, risk assessments and -reduction
Geochronology, stratigraphy and sedimentology
All contributions related to application of, and advances in, geo- and thermochronology, paleomagnetism and magneto stratigraphy, radionuclides, radiocarbon and luminescence dating, trace and stable isotope geochemistry, correlations and mapping, statistical methods, scales and scaling, eolian dust and sedimentation, carbonate and Sili clastic sediments, modern and ancient sedimentary environment
Water Security and sustainable management in the Anthropocene
A broad range of topics in water resources management, Geopolitical and socio-economic effects and constraints, Natural and man-induced contamination of water resources, Surface and ground water interaction, managed aquifer recharge, and storage.
Resilience of Quaternary Earth Systems
From environmental vulnerabilities to resilience, Late Quaternary environmental hazards, Processes and soil system science, Quaternary change consequences of Caspian Sea, Late Quaternary sea-level changes and archaeology, Urban geomorphology, climate change, and water security, green energy, minerals and environment, Environmental resource and sustainable development
Applications of AI/ML in Quaternary Science
Big data and climate models, A historical-future perspective on climate adaptation, Numerical simulations: challenges and opportunities, Deep Learning Techniques for Quaternary Processes, Proxy records of Quaternary’s climate geomorphology, Application of Artificial Intelligence in Quaternary Research
Challenges and prospects in Quaternary science
Quaternary science faces the challenge of deciphering high-resolution climate and environmental records to understand the complex interplay of natural and anthropogenic forcings. Key prospects involve integrating sophisticated climate models with novel proxy data to better project future environmental trajectories in a warming world. This endeavor is crucial for informing policy on climate change mitigation and adaptation strategies.
Quaternary and geodiversity
Conserving Quaternary sites, developing new techniques and theories, conserving of ecosystems biotic and abiotic components, Providing ecosystem services for economic, social and environmental benefits. understanding and mitigating natural hazards and informing the management of land and water; use of Quaternary information on climate and environmental change and forecasting, including rates of change, extreme events and impact on marine and terrestrial systems; evaluation of past human impacts.
All contributions related to paleoclimatic and paleogeographic changes in marine and terrestrial systems, abrupt and long-term climate change, historical and future climate, the use and development of (novel) climate proxies, simulations of past and future climate
Human evolution and ancient civilizations
All contributions related to anthropology, archeology, ancient civilizations, population dynamics and behavioral variability, cultural diversity, human-environment interaction, cultural-climatic evolution, vegetation, land-use and human impact
Landforms and soil system sciences
All contributions related to fluvial-aeolian, estuarine and coastal geomorphology, lake- and sea-level changes, soil biology, chemistry and physics, soil and environment interaction, soil formation, diagenesis, erosion and transport, loess and paleosols
Natural Processes and Geohazards
All contributions related to extreme weather and climate events, drought, fire and water scarcity, floods and landslides, earthquakes and neotectonics, volcanic hazards and aerosols, pollution, risk assessments and -reduction
Geochronology, stratigraphy and sedimentology
All contributions related to application of, and advances in, geo- and thermochronology, paleomagnetism and magneto stratigraphy, radionuclides, radiocarbon and luminescence dating, trace and stable isotope geochemistry, correlations and mapping, statistical methods, scales and scaling, eolian dust and sedimentation, carbonate and Sili clastic sediments, modern and ancient sedimentary environment
Water Security and sustainable management in the Anthropocene
A broad range of topics in water resources management, Geopolitical and socio-economic effects and constraints, Natural and man-induced contamination of water resources, Surface and ground water interaction, managed aquifer recharge, and storage.
Resilience of Quaternary Earth Systems
From environmental vulnerabilities to resilience, Late Quaternary environmental hazards, Processes and soil system science, Quaternary change consequences of Caspian Sea, Late Quaternary sea-level changes and archaeology, Urban geomorphology, climate change, and water security, green energy, minerals and environment, Environmental resource and sustainable development
Applications of AI/ML in Quaternary Science
Big data and climate models, A historical-future perspective on climate adaptation, Numerical simulations: challenges and opportunities, Deep Learning Techniques for Quaternary Processes, Proxy records of Quaternary’s climate geomorphology, Application of Artificial Intelligence in Quaternary Research
Challenges and prospects in Quaternary science
Quaternary science faces the challenge of deciphering high-resolution climate and environmental records to understand the complex interplay of natural and anthropogenic forcings. Key prospects involve integrating sophisticated climate models with novel proxy data to better project future environmental trajectories in a warming world. This endeavor is crucial for informing policy on climate change mitigation and adaptation strategies.
Quaternary and geodiversity
Conserving Quaternary sites, developing new techniques and theories, conserving of ecosystems biotic and abiotic components, Providing ecosystem services for economic, social and environmental benefits. understanding and mitigating natural hazards and informing the management of land and water; use of Quaternary information on climate and environmental change and forecasting, including rates of change, extreme events and impact on marine and terrestrial systems; evaluation of past human impacts.
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