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The European environmental data landscape has changed considerably over the last four decades. The complex nature of environmental degradation calls for more systemic analysis and relevant data to underpin it. In recent years, the European Environment Agency’s work has increasingly included systemic analyses. The EEA will continue to identify emerging issues and help expand Europe’s environmental knowledge.
The climate deal agreed in Paris by 195 countries is the first-ever universal and legally binding agreement of its kind. The Paris agreement is the result of many years of preparation, dialogue and growing awareness of the need to tackle current and potential impacts of climate change. It constitutes a major and promising step towards building a low-carbon and climate-resilient world. It also sends a clear signal to policy makers and businesses to move away from fossil fuels and invest in clean energy and adaptation actions.
Green infrastructure offers attractive solutions to environmental, social and economic issues, and as such needs to be fully integrated across different policy domains. As the EEA prepares to publish a report on the role of green infrastructure in mitigating the impacts of weather and climate change related natural hazards, we spoke to its lead author, Gorm Dige, project manager for territorial environment, policy and economic analysis.
The natural environment can benefit our health and quality of life, while environmental pollution has significant costs. Unfortunately, such links between environment, health and wellbeing are often ignored within science and policy. A new report highlights the importance of taking a broader, more systemic view.
Climate change is impacting and will continue to impact Europe. Are cities ready to face rising sea levels and temperatures and more extreme events like floods, droughts or heat waves? We asked this question to Birgit Georgi, working on regional vulnerability and climate change adaptation at the European Environment Agency.
We live in a world of continuous change. How can we steer these on-going changes to achieve global sustainability by 2050? How can we strike a balance between the economy and the environment, the short-term and the long-term? The answer lies in how we manage the transition process without locking ourselves into unsustainable systems.
With population growth, urbanisation and economic development, the demand for freshwater in urban areas are increasing throughout Europe. At the same time, climate change and pollution are also affecting the availability of water for city residents. How can Europe's cities continue providing clean freshwater to their residents?
Copenhagen, 2 July 2011. Up to 150 mm of rainfall in two hours – a city record since measurements began in the mid-1800s. Homes destroyed. Citizens and emergency services struggled to cope. This is one example of how excessive extreme weather events can affect a European capital – events that are expected more often under climate change.
Water is critical for life and is integral to virtually all economic activities, including food production and industry. Not only is clean water a prerequisite for human health and well-being, it provides aquatic habitats that support healthy freshwater ecosystems.
Over the last decades, continuous urban expansion at rates much higher than population growth has resulted in a massive urban footprint on Europe – fragmenting rural space, blocking ecosystem services and increasing the demand for transport and energy.
Soil is the earth's living skin and provides us with essential services for life in our planet: production of food; infiltration and cleansing of water and protection against flooding; habitat for plants; areas for recreation and mental health; micro climate regulation, etc. It is such a crucial resource that it can't be ignored. However, particularly in urban areas, soil is being sealed off with increasing housing and infrastructure.
The electric car finally seems to be on the verge of breaking through, offering significant environmental benefits, especially in urban areas. Innovative business models are on the way which should boost consumer acceptance and overcome the remaining barriers, such as high battery costs, green electricity supply and charging infrastructure.
Cities and towns are highly vulnerable to the impacts of climate change and will need to find innovative ways to adapt. Now is the time to start rethinking urban design and management — yet few have taken concrete action.
Barcelona is becoming a leader in solar energy use, Malmö is developing a carbon neutral residential area and London is setting ambitious greenhouse gas reduction targets. Cities are joining in the fight against climate change.
As a major contributor to greenhouse gases, the transport sector figures high on the international climate change agenda. But for many living in cities, under flight paths or near major road and rail links, it's another of transport's by-products that causes most immediate harm: noise.
For references, please go to https://www.eea.europa.eu/themes/sustainability-transitions/articles/articles or scan the QR code.
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