19 February 2018 This month, school students from Terni, in Italy, are teaming up with academics and local officials to tackle environmental threats in everyday surroundings. Their collaboration notably addresses health risks arising from air pollution and ambient noise.
As part of the LIFE-funded project Gioconda, 170 pupils met with researchers from Italy’s National Research Council (CNR), and representatives from Umbria’s Regional Environmental Protection Agency, their local health agency and the municipality.
Over the coming months, the students will help collect environmental and health data that will feed into recommendations on how to make their city more agreeable to live in. Potential improvements could help tackle issues of mobility, waste management, and pollution in the air, in local soils, or even noise levels.
The LIFE Gioconda project has monitored air and noise pollution in eight schools taking part in its activities, investigating at the same time how students perceived the risk associated with loud environments. Unsurprisingly, most students expressed annoyance with high noise levels in their schools and classrooms.
Gioconda coordinators based at the CNR Institute of Clinical Physiology in Pisa, Italy, say that scientists and policy makers increasingly recognise noise as an environmental pollutant. There is mounting concern that it affects student health, well-being and learning abilities. Several studies have highlighted the consequences of noise on children's performance at school.
The Gioconda project asked over 500 students to express the discomfort that they experienced from ambient noise at school. With vocabulary still lacking in part of this emerging field of science, the researchers summarised a range of acoustic factors into one quantifiable indicator. Their so-called Global Noise Score takes account of sound volume, wall and facade insulation, echo time and the general intelligibility of speakers in a room.
By conducting student surveys and measuring acoustic quality across eight Italian schools, the study demonstrated that the level of discomfort experienced in classrooms clearly scales with the Global Noise Score. It also revealed that about 75% of the classes monitored suffered from substandard acoustic quality.
These results confirm the severity of noise pollution at school and highlight opportunities for local authorities to address the situation. Following publication in the International Journal of Environmental Research and Public Health, the study is now backing recommendations for local and regional administrators.
Reducing the burden of diseases associated with environmental health risks is a European priority, all the more so among children. In their study, the researchers point out that children are particularly vulnerable to environmental noise. They have limited control over their surroundings and spend a lot of time at school.
To date, tackling noise pollution has proven tricky given the subjective nature of its impact. A clearer description of the annoyance and health consequences that it causes is an important step towards grasping the full scale of the challenge and ultimately dealing with it.
14 February 2018 The project submission procedure for the 2018 call under LIFE's Environment sub-programme will undergo changes for simplicity. Applications will be submitted in two stages.
The first stage is a concept note, approximately 10 pages long. Applicants that make it through to the second stage of LIFE's Environment sub-programme will then submit their full proposal based on feedback from the LIFE programme. For the LIFE Climate Action sub-programme, the submission procedure remains unchanged. Applicants will submit full proposals from the start.
Applicants will be requested to submit a concept note in English that is approximately 10 pages long. The information that will be requested will notably include:
All concept notes will be evaluated against two criteria:
They will then be ranked by merit. Applicants with the best ranked concept notes will be invited to stage 2: submission of their full proposal.
For more information on the evaluation criteria please refer to the Multiannual Work Programme. Please note that the evaluation and application guides will be published on the day the call opens.
While there will be small adjustments to the full proposal forms, the information requested will not differ substantially from what has been requested in past calls for LIFE funding. You may wish to consult previous call documents for further guidance on the kind of information to provide. However, please bear in mind that only information published in the Guidelines for Applicants 2018 will be binding. As in past years, it will be possible to submit a full (stage 2) proposal in any official EU language, except Irish or Maltese. We nonetheless encourage applicants to submit their proposal in English.
|Date or period||Activity|
|mid-April 2018||Call publication|
|12 June 2018 (tbc)||Deadline for applicants to submit concept notes to the Contracting Authority|
|October 2018 (tbc)||Applicant notification, invitation of shortlisted applicants to submit their full proposal|
|January 2019 (tbc)||Deadline to submit full proposals|
|January 2018 to June 2019 (tbc)||Evaluation and revision of proposals|
|July 2019 (tbc)||Signature of individual grant agreements|
|1 July 2019 (tbc)||Earliest possible starting date|
14 February 2018 In 2018, projects applying for funding under LIFE’s sub-programme for environment will, for the first time, submit proposals through a two-phase selection procedure.
The move is designed to simplify administrative steps and save applicants time. It is one among many updates set out to streamline the LIFE programme in its new Multiannual Work Programme (MAWP) running from 2018 to 2020.
Meeting in Brussels on 22 November 2017, representatives from EU countries unanimously declared their support for the LIFE Programme, and gave the green light to its new work programme for 2018-2020. The document, adopted by the European Commission on 12 February 2018, specifies how, over the coming three years, LIFE will focus its policy objectives, share out its budget, and streamline administrative tasks like applying for funds.
Building on insight from LIFE’s recent mid-term evaluation, the new MAWP lays down new rules on how candidates can apply for funds. It also does away with national allocations, meaning that LIFE funds will be granted to quality projects regardless of which EU country they are based in.
One marked change is the introduction of a two-stage application procedure for traditional projects under the Environment sub-programme. From now on, candidates will present a lighter outline of their work at the first step of the application process. They will receive feedback on this outline and, if successful, will then submit the full version of their proposal.
By scaling down demands on the first step of the application procedure, LIFE opens its funding opportunities more broadly to newcomers, and aims to streamline administrative steps for all applicants. The two-stage application process will launch for the Environment sub-programme. Under the MAWP for 2018-2020, the application process for the Climate Action sub-programme remains unchanged.
The new MAWP details how the LIFE programme will allocate resources among areas of policy priority in 2018-2020. It clarifies budgets by specifying what kind of projects can receive support within sub-programmes for Environment and Climate Action.
The MAWP for 2018-2020 increases LIFE’s budget for nature conservation and biodiversity by 10%. This rise follows key measures indicated in the Action Plan for nature, people and the economy, which are to be rolled out by 2019 to halt biodiversity loss in the EU.
The Delegated Regulation adopted on 16 November 2017 specifies that at least 60.5% of the budget allocated to LIFE’s sub-programme for Environment will now go towards protecting Europe’s natural capital. In budgetary terms the increase corresponds to around €60 million of additional funds for projects and actions on nature and biodiversity conservation.
The new MAWP will also continue to support LIFE’s investment in energy efficiency. The programme’s “Private Finance for Energy Efficiency" (PF4EE) has contributed €80 million to LIFE projects from 2014 to 2017. It will receive an additional €75 million over the period leading to 2020 to match identified increasing needs.
To date, the instrument has leveraged €540 million of additional investment, and more is expected when the funds are fully allocated. Since the launch of PF4EE’s pilot phase, the European Investment Bank has witnessed increasing market appetite in many Member States for the kind of investment that it supports.
In total, €1 243.81 million will be earmarked for work on nature conservation and environmental protection, and a further €413.25 million for climate action. In parallel, the total number of project topics in the sub-programme for environment has come down from 87 to 42.
In this way, the 2018-2020 work programme is helping LIFE sharpen its funding priorities in view of recent policy developments.
Over the coming three years, LIFE projects will help drive progress on strategic initiatives such as the Action Plan on Nature, People and the Economy, the Paris Agreement on climate change, and the Circular Economy Action Plan.
New guidelines will encourage projects to also work alongside private companies. Special attention will be devoted to close-to-market approaches to keep project results growing beyond the timeframe of the projects themselves. LIFE will also encourage projects that mobilise complimentary funds from private and public partners to scale-up and replicate their solutions.
The progressive approach laid out in the work programme protects the values that have defined the LIFE programme over the past 25 years, and carries them further to 2020. Its adoption marks the beginning of another chapter for green initiatives in the EU.
For further information, view the LIFE multiannual work programme 2018-2020 in the Official Journal of the European Union.
The LIFE programme is the only EU funding instrument dedicated exclusively to the environment, nature conservation and climate action. Having co-financed over 4500 projects, the programme has helped implement policies in these fields for 25 years.
9 February 2018 The municipality of Benicàssim, on the eastern coast of Spain, is pioneering a sustainable urban drainage system to evacuate torrential rain water from its town centre. Climate change is expected to increase the frequency with which heavy rainfall floods the streets of Mediterranean towns.
As part of the LIFE CERSUDS project, the project consortium has been working on a new kind of drainage system that allows water to seep through the ground, rather than build up on the tarmac.
The innovative design consists of a permeable pavement made of ceramic tiles of low commercial value. It allows water to flow across its surface, and seep through joints. Underneath the tiles, cells of polypropylene plastic carry rainwater to cisterns or into the soil.
“This prevents localised runoff,” said Celia Rodríguez from the ITC Institute of Ceramic Technology in Castellón, Spain. “Now we are optimising the productive process and demonstrating the technology in the street.”
Construction work has started on one of the most flood-prone streets of Benicàssim. The town’s scenic location between the mountains and the beach exposes it to torrents of water in times of heavy rain. The CERSUDS project is incorporating a ceramic drainage system into the pavement of one particularly vulnerable street to guide excess water into the soil.
Upscaling the technology will require staggering volumes of ceramic tiles. CERSUDS has released a report detailing supply options of this ceramic materials needed to help streets and cities with climatic and productive similar characteristics across Europe adapt to climate change.
“We have estimated an stock pile of low value ceramic tiles in Spain over 5.5 million square meters,” said Celia Rodríguez.
These tiles have little commercial value once their design is dated but they remain solid and watertight. Using techniques optimised by ITC, Spanish mosaic manufacturer Trencadis carved up low-value ceramic tiles and recycled them into the permeable surfaces used in Benicàssim’s sustainable drainage system. Doing so required adapting manufacturing processes, but the result is opening a new business opportunity for the company.
Giving spare tiles a second life also keeps them out of landfills, reinforcing the green nature of this sustainable infrastructure. Public authorities attentive to climate adaptation also tend to care about the environmental footprint of their solutions.
The municipality of Benicàssim expects construction work on its demonstration street to last some four months. Once complete, the CERSUDS project will test the new drainage systems and model its performance in similar climates in Portugal and Italy. These results will be presented alongside an action plan for town planners across Europe to follow.
8 February 2018 The European Commission has approved an investment package of €98.2 million to support Europe's transition to a low-carbon, circular economy under the new LIFE funding programme for the Environment and Climate Action.
Today's investment package will contribute towards improving the quality of life for European citizens in five areas: Nature, Water, Air, Waste and Climate Action. The investment covers 10 projects in Belgium, Denmark, France, Greece, Lithuania, Malta, Spain and Sweden. The EU funding will mobilise investments leading to an additional €2 billion, as Member States can make use of other EU funding sources, including agricultural, structural, regional and research funds, as well as national funds and private sector investment.
Karmenu Vella, Commissioner for the Environment, Maritime Affairs and Fisheries, said: "One euro from LIFE mobilises 20 euros from other funding sources. In addition to this remarkable leverage, LIFE Integrated Projects directly respond to concerns voiced by citizens about air and water quality and the impacts of climate change. They enable Member States to tap into resources to tackle some of the biggest environmental challenges today, such as air pollution, water scarcity, circular economy or biodiversity loss in a coordinated way. This is a perfect example of EU funds making a real difference on the ground."
Miguel Arias Cañete, Commissioner for Climate Action and Energy, said: "These new projects will be a catalyst for regional adaptation to climate change and energy efficient housing. They demonstrate that an inclusive, integrated and climate-smart approach to funding can unlock more investment and improve the lives of citizens across the EU."
The 10 projects have a total budget of €182.2 million, including €98.2 million of EU co-financing.
In the area of the environment, projects have a total budget of €152.7 million, including €80.2 million of EU co-financing, and plan to make use of some €886 million of complementary funding:
In the area of climate action, a budget of €29.4 million is available for 2 projects, of which €17.9 million is EU-funded. They will also access more than €1.16billion in complementary funding in support of energy efficiency and climate change adaptation policy priorities.
Descriptions of all 10 new integrated projects can be found in the Integrated projects section.
7 February 2018 The EU has increased LIFE funding dedicated to nature conservation and biodiversity by 10%. New EU rules adopted on 16 November 2017 specify that at least 60.5% of the budget allocated to LIFE’s sub-programme for environment will now go towards protecting Europe’s natural capital.
The increase was implemented through a Delegated Regulation, which was consulted with the Members States and then successfully passed the scrutiny of the European Parliament and the Council. It was published in the Official Journal of the EU on 18 January 2018.
This decision follows a Fitness Check of Nature Legislation that highlighted the need for more funding for EU work on nature conservation to reach its potential. This applied also to the LIFE programme and the Natura 2000 network of protected sites.
For over two years, the European Commission has gathered evidence from authorities, experts and the general public on the effectiveness of EU laws on nature conservation. Over 500 000 people responded to an on-line survey as part of this research.
Following the extensive consultation process, a team of 10 Commissioners, supported by the European Committee of the Regions, drew up a plan to boost the traction of the nature policy, and ensure its coherence with broader socio-economic objectives in the EU.
“This is urgently needed, as too many species and habitats which are of the EU conservation concern, are threatened or declining,” said European Commissioner for Environment, Maritime Affairs and Fisheries, Karmenu Vella while addressing the first Natura 2000 summit in Munich, Germany. He described LIFE-funded work as key to stopping Europe’s loss of biodiversity and protecting its natural heritage.
The Action Plan for nature, people and the economy has proposed over 100 measures for the EU to roll out by 2019 to halt the loss of biodiversity and the degradation of ecosystem services.
Increasing the share of LIFE funds earmarked for projects on nature and biodiversity is one of the policy measures identified in the Action Plan to strengthen EU investment in nature. Others include leveraging more external funds with public money and stimulating contributions from the private sector.
5 February 2018 The European Parliament promoted action on climate change mitigation by inviting experts from across Europe to discuss the challenges and opportunities of sustainable forest management with Members of the European Parliament.
The meeting was hosted by representatives from the Spanish region of Murcia, which is carrying out a LIFE project on techniques that could help forests mitigate climate change.
The main challenge addressed by the LIFE FOREST CO2 project is to formulate a common methodology to keep track of greenhouse gas emissions and removals in Europe's farms and forests.
At present, there is no internationally recognised procedure to chart the carbon flowing in and out of land use, land use change and forestry (LULUCF). The project expects to standardise accounting techniques in line with EU objectives on climate action.
Vice-president of the European Parliament Ramón Luis Valcárcel opened the meeting by saying that projects such as LIFE FOREST CO2, which demonstrate the benefits of using resources sustainably, are the "reason for LIFE to continue and be strengthened in the next funding programme".
His remarks were followed by presentations on the aims and issues addressed by the project. Consuelo Rosauro Meseguer, Natural Habitat General Director from the Region of Murcia, emphasised that forest owners are already signing agreements to manage their land in a sustainable way. An ecological label for wood-based products has been instrumental in encouraging the forestry sector to participate in the project.
Ms Rosauro Meseguer described Murcia as a "delicate" region for its small forestry sector. The recently introduced LULUCF Regulation aims to ensure that natural areas, which currently remove on average 10% more CO2 from the atmosphere than they emit, remain carbon sinks, or at least carbon neutral in the future. This presents a challenge in her area given the diminishing capacity of its ageing forests to lock in more carbon and increasing competition for land.
"LIFE FOREST CO2 is working with landowners and businesses to create confidence in a voluntary market of carbon credits," explained project leader Miguel Chamón Fernández. "The way to ensure trust and thus greater participation among forest owners and industry is through better methodology."
The accounting procedures that the project is drawing up will help keep track of CO2 emissions and carbon sequestration in forests. Once tested in Murcia, the technique will be replicated in France in view of a broader European roll-out.
1 February 2018 The LIFE MERMAIDS project has found a natural polymer that fixes synthetic fibres in place, reducing by up to 80% the number of microplastics released when washing clothes.
According to research conducted by the Italian National Research Council (CNR) and the LEITAT technological centre in Spain, a typical 5 kilogramme load of polyester clothing can release millions of microfibres.
Building on these results, the Barcelona-based firm POLYSISTEC is now formulating innovative fabric treatments to keep those plastics safe. Synthetic textile manufacturers like the Radici Group, and fashion brands including G-Star have already taken an interest in the product.
As part of the LIFE MERMAIDS project, the CNR Institute for Polymers, Composites and Biomaterials in Pozzuoli has collaborated with its sister Institute for Macromolecular Studies in Biella, Italy, to test existing laundry products under laboratory conditions. Together they screened the microfibers released in each wash using a scanning electron microscope.
Plastic particles smaller than 5 millimetres are particularly worrying for the environment because wastewater treatment plants cannot intercept them. When these microplastics break loose from synthetic fabrics, they spread through sewage pipes, rivers and oceans, eventually contaminating food chains.
At present there is no established solution for cleaning microplastics out of the environment, but there are options for catching them at the source.
Researchers in the LIFE MERMAIDS study found that the environmental impact of each load of laundry depends heavily on the type of clothes washed, the detergent and even on the settings of the washing machine.
In a recent scientific study, they showed that woven polyester, powdered detergents and higher temperatures all cause clothes to release particularly high concentrations of microplastics, whereas fabric softeners reduced them – current thinking suggests that it may reduce friction between textile fibres.
These results are helping companies like POLYSISTEC adapt recipes for textile additives to contain the release of microplastics even further.
Dr Maurizio Avella, project coordinator for LIFE MERMAIDS, says that new formulations can be mixed into laundry products, and that even better results can be achieved by combining eco-conscious detergents with finishing treatments applied to textiles before they enter the wash.
“Finishing treatments can protect plastic-based fabrics very well,” he said. “By testing and mixing innovative additives, the MERMAIDS project is helping to reduce the number of microfibers released when washing synthetic textiles.”
Many of these pre-wash treatments are based on synthetic and natural polymers. Researchers have derived some of the most promising candidates from silicone, and compounds found in fruit skins and crustacean shells.
To export their success from the laboratory to home washing machines will require further R&D. Dr Avella is optimistic. He says that that all the ingredients used in the chemical compounds are commercially available, and that initial tests show that the microplastic-catching coatings remain stable in the wash.