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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

III-9-Pollen-based land cover reconstruction to study climate and human impact on vegetation, terrestrial and aquatic ecosystems

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

Short courses ▼

Short courses principles

SC1-Geochronology

SC2-Data Stewardship

SC3-Interpreting inorganic geochemical data obtained by XRF core scanning

SC4 - Sedimentary ancient DNA: theory and practices

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