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Topic I - Advances in limnogeology ▼

I-1-Advances in lake geochronology

I-2-Bridging Traditional and Cutting-Edge Techniques in Paleoclimate and Paleoenvironmental Reconstruction

I-3-Method developments and applications of micrometer-scale geochemical imaging techniques on lake sediments

I-4-Organic geochemistry in lakes: recent methodological developments and applications in lacustrine environments

I-5-Sedimentology and stratigraphy in lake records through Earth history

I-6-Merging outcrop and sediment coring in paleolimnology and limnogeology

I-7-From garage tips to very big deals: the never-ending challenge of taking mud from lake bottoms

Topic II - New approaches in palaeolimnology ▼

II-1-New perspectives and findings in paleolimnology using environmental ancient DNA

II-2-Ecosystem change meets databases: upscaling patterns, trends, and dynamics to regional and continental scales

II-3-Sediment inorganic geochemistry: methodological developments and applications in paleolimnology

Topic III - Environmental issues ▼

III-1-Furthering the relationship between palaeolimnology and conservation

III-2-Using lake sediments to trace soil health and agricultural practices across watersheds

III-3-Reconstructing the impact of human activities on the environment

III-4-Tracing anthropogenic contamination in lake sediments: novel methods and applications

III-5-Resilience and recovery in lake systems across time and space

III-6-Inferring the Past Drivers and Consequences of Lake Eutrophication in Modern and Ancient Societies

III-7-The coevolution of environments and biodiversity

III-8-Anthropocene lake ecosystem dynamics in fast-changing Asia

Topic IV - Critical zone and integrated approaches ▼

IV-1-Biogeochemical cycles in the subsurface: molecular and mineral proxies for integrated lacustrine studies

IV-2-How can modeling approaches help us to understand past, present and future lakes ?

IV-3-Paleolimnological Insights into Carbon Cycling in Lakes

IV-4-Hydrothermal and groundwater influences on lacustrine sedimentation and paleoecology: A tribute to Michael Rosen

Topic V - Geo-hazard ▼

V-1-Advances in lacustrine paleo-earthquake research

V-2-Cascading geohazards in lakes and fjords: Documentation, Modelling and Monitoring

V-3-Paleofloods – Tribute to Bruno Wilhelm

Topic VI - Paleoclimate ▼

VI-1-Lake sediments as recorders of glacier change

VI-2-Identifying climate extremes from lake archives

VI-3-Understanding southern South America (SSA) climate: local to regional climate signals with modern and paleo data

Topic VII - Regional paleoreconstructions ▼

VII-1-(Sub)Antarctic lakes as recorders of local to global environment and climate changes

VII-2-Lakes in the Neotropics: Archives of paleoclimate and environmental change

Topic VIII - Type of lake: synthesis and advances ▼

VIII-1-Tectonics, climate, ecology and geomorphology in rift lakes

VIII-2-Mountain lakes from extreme environments

VIII-3-Coastal lakes and lagoons: archives of past extreme-wave event, climate and environmental variations

VIII-4-Lake Bourget and cousins: perialpine lakes as the cradles and future of limnogeology and paleolimnology

VIII-5-Deep-time carbonate-rich lacustrine systems

VIII-6-Imprints of natural and anthropogenic environmental changes in crater lakes

VIII-7-Current and past lakes in planetary bodies of the solar system, and their terrestrial analogues on Earth

VIII-8-Arctic paleolimnology across permafrost « limnoscapes »

VIII-9-Linking varved sediment records to changing lake systems

Topic IX -1- Beyond just research data: The value of outreach, education, equality, diversity and inclusion around lakes

SC3-Interpreting inorganic geochemical data obtained by XRF core scanning

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Topic VIII - Type of lake: synthesis and advances > VIII-7-Current and past lakes in planetary bodies of the solar system, and their terrestrial analogues on Earth

Conveners

Nicolas Mangold (LPG, Nantes, France)
Francesco Salese (IRSPS, Pescara, Italy)

This session will cover the geomorphology, sedimentology and physico-chemical environment of lakes in planetary bodies of the solar system, namely on Mars and Titan. We welcome studies on Mars focusing on paleolakes and their environment of deposition from orbital or in-situ rover data, as well as those focusing on current subglacial lakes. Studies on Titan can include space probe data analysis or theoretical studies on chemical species present in current lakes. We also welcome studies on planetary analogues on Earth that would bring to light on some of the landforms observed on planetary bodies.

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