However, in order to
understand coastal impacts under current and future climate and socio - economic conditions, not only robust SLR projections are required but also a profound knowledge of the drivers and occurrence of present - day and future extreme sea levels (ESL), as ESL drive the impacts (Bindoff et al 2007).
«In order to
understand coastal impacts under current and future climate and socio - economic conditions, we do not only need robust projections of mean sea level rise but also a profound knowledge of present - day and future extreme sea levels, because these events drive the impacts,» Wahl said.
Not exact matches
This productive partnership has been providing Canadian researchers and their international colleagues with the ability to monitor and
understand the
impacts of climate change and resource development on Arctic marine and
coastal ecosystems and northern communities since 2003.
Amélie works in the realm of marine and
coastal ecology and conservation and her research interests include the use of spatial tools (GIS, spatio - temporal analyses, bio-logging, habitat mapping) to
understand and mitigate
impacts of anthropogenic activities and changes on wildlife and natural values.
Understanding how such year - to - year natural climate variations
impact coastal water levels is key to developing a full picture of the sea level rise threat through the end of the century.
She is also a Nereus fellow, which means she is part of the collaborative Nereus program between six leading marine science institutes with the aim of undertaking research that advances our comprehensive
understandings of the global ocean systems across the natural and social sciences, from oceanography and marine ecology to fisheries economics and
impacts on
coastal communities.
Due to lack of climate data in the
coastal areas, there is not enough
understanding on the
impact of changing climate on
coastal ecosystems.
These visualization tools can be used to improve
understanding of potential
impacts from sea level rise and assist planning efforts in
coastal communities.
This workshop aims to strengthen the capacity of policy makers, transport planners and transport infrastructure managers in Small Island Developing States (SIDS) to
understand climate change
impacts on
coastal transport infrastructure and take appropriate adaptation response measures.
They say this approach is crucial to
understanding the full scope and complexity of ocean acidification's
impact, as well as to predicting how acidification will affect the
coastal communities that depend on these ecosystems.
Understand changes in Arctic ocean chemistry, as well as historical and projected changes in sea - ice extent and the
impacts of these changes on
coastal communities.
In contrast, the revised paradigm of anthropogenic
impacts on seawater pH accommodates the full range of realized and future trends in pH of both open - ocean and
coastal ecosystems and provides an improved framework to
understand and model the dynamic pH environment of
coastal ecosystems, with observed daily fluctuations often exceeding the range of mean pH values estimated for the open ocean as a consequence of OA during the twenty - first century by GCMs (Price et al. 2012; Tables 1 and 2).
«Until now, a lack of information and monitoring has been a major impediment to
understanding the extent and
impacts of «dead zones» and eutrophication in
coastal ecosystems,» said Mindy Selman, senior water quality analyst at WRI, in a press release.