NANOK An untypical triathlon across Greenland wilderness.
Beyond the sport challenge, two belgian adventurers collaborate with scientists for climate research.
Along this traverse, they will collect snow samples that will be use to better understand the link between atmospheric deposition and the development of algal bloom that darkens the ice surface and contribute to accelerate the melting of the ice sheet. A secondary objective is to trace the provenance of the dust deposited over Greenland ice sheet. Among other support, the expedition is supported by a Credit de Recherche from FNRS.
ESM2025 Earth system models for the future - H2020 European Project.
An ambitious European research project on Earth System modelling that will build a novel generation of Earth system models fitted to support the development of mitigation and adaptation strategies in line with the commitments of the Paris Agreement.
Facing climate change is a societal challenge, and calls for ambitious, transformative, and collective action. To keep global warming below 2°C, we will need to rely on negative emission technologies (NETs). A promising NET approach is Enhanced Silicate Weathering (ESW). ESW makes use of the natural weathering reaction, whereby silicate dissolution consumes atmospheric CO2. DE-HEAT will assess the efficiency of marine ESW in stimulating oceanic CO2 uptake by increasing alkalinity and evaluate its environmental impact, by applying an innovative fully integrated approach combining extensive field campaigns with state-of-the-art numerical models.
Fjords are Aquatic Critical Zones of regional and global importance by supporting highly productive and diverse food webs, while they play an important role as CO2 sinks. At the same time, global warming significantly impacts these systems through the accelerated melting of ice. Especially fjords in Greenland are sensitive to the effects of global warming. Here, like in other polar areas, coastal glaciers either terminate in the fjord (= marine-terminating glaciers; MTGs) or on land, resulting in proglacial rivers draining to the fjord (= land-terminating glaciers; LTGs).
C cyling in seagrass meadows FNRS fellowship.
Seagrass meadows are hotspots for carbon (C) sequestration, form an essential part of the Earth’s blue C sink, and thus, exert a profound impact on the global C cycle. However, their full C storage potential, its impact on the global C cycle, as well as its response to global change currently remain poorly understood and quantified. The ultimate goal of this project is thus to advance blue C research by generating the quantitative mechanistic understanding and new tools required to elucidate how global change influences C cycling and sequestration in coastal seagrass meadows.
FIESTA (Full Benthic Environmental Impact of MEthane gaS HydraTe DissociAtion on Decadal to Millenial Timescales) is a FNRS-funded "Projet de Recherche" (PDR).
The overall goal of FIESTA is to improve radically our quantitative understanding of the benthic CH4 sink and benthic carbon cycle-climate feedbacks in response to methane gas hydrate dissociation caused by temperature and sea-level perturbations on decadal to millennial timescales.
CuIRASS (Carbon-Iron ASSociation) is a FNRS-funded "Projet de Recherche" (PDR) who aims at elucidating the role of iron biogeochemistry in the stabilisation of carbon in fjords sediments.
NuttI (Nutrient Factories under the Ice) is an Actions de Recherche Concertée (ARC) project whose aim is to quantify the subglacial biogeochemical reactor and its response to climate change.
NUNATARYUK is a EU Horizon 2020, BG-2017-1 project. The overall goal of Nunantaryuk is advance the quantitative understanding of the fluxes and fat of organic matter released from thawing coastal and subsea permafrost, assess its socio-economic risks and estimate the long-term impacts of permafrost thaw on global climate and the economy.
VERIFY is an international, multidisciplinary project targeting the implementation of an observation-based system for monitoring and verification of greenhouse gases (GHG).
ChAOS (The Changing Arctic Ocean Seafloor) is a NERC large research project in the framework of the Arctic Ocean program. The overall goal of ChAOS is to quantify the effects of changing sea ice cover on the Arctic seafloor.
Benthox project aims at developing appropriate assessment tools and methodologies to better understand the mechanisms behind hypoxia and the impact of hypoxia on the status of the benthic ecosystem and biogeochemical cycling.
SWEET (Super-Warm Early Eocene Temperatures and climate: understanding the response of the Earth system to high CO2 through integrated modelling and data), we will reconstruct the warmth and drivers of the “early Eocene”, and use this to test a state-of-the-art climate model, and gain an understanding of the climate processes that led to the warmth.
C-CASCADES has produced a new generation of young scientists trained to span the boundaries between disciplines and with the skill-sets required to address one of the grand research challenges of the 21st century: the role of the carbon cycle in regulating Earth’s climate.
SAT–EX had the goals of revealing how droughts, heatwaves and extreme rain events have changed in frequency and intensity over the past three decades, to uncover the causes behind these changes and the consequences for terrestrial vegetation.