The Ministry for Gozo was awarded from Measure 4.4 of the Rural Development Programme (2014-2020) to implement the project: ‘Rehabilitation of Gozo's Valleys to Enhance their rain capturing and soil retention capabilities’. Its scope is to augment the island’s soil retention and rain water capturing capabilities through the rehabilitation of 12 valleys across Gozo. These are: Wied ix-Xlendi; Wied tal-Grazzja, Wied ta’ Mgarr ix-Xini, Wied also Valley at Tal-Halq/Ta Marga l/o Qala), Wied tax-Xħajma, Wied Imgarr/Ġnien Migiarro, Wied ta’ Marsalforn, Wied tal-Ort, Għasri, Wied…

Malta will be benefitting from €8 Million in EEA and Norwegian Grants under the programming period 2014-2021, aimed towards urban development and poverty reduction.  This follows the signing of a programme agreement between Malta’s National Focal Point and the Norwegian Ambassador for Malta in Rome, HE Margit F. Tveiten.  The signing took place on 5 June 2018 at Auberge D’Aragon and was overseen by Parliamentary Secretary for European Funds and Social Dialogue Aaron Farrugia.…

‘CESBA MED Sustainable MED Cities’: Energy efficiency improvement is a key strategy to reduce the environmental impact of public buildings. But usually energy efficiency plans do not fully exploit the potential for synergies that groups of buildings might offer. CESBA MED intends to test 10 different methodologies, tools and indicators developed by previous EU projects and select the most affordable and operational solutions. The UoM will select areas that house a group of public buildings for testing energy efficiency, also with the help of existing data on such buildings.  …

The project addresses the challenges of safer marine transportation, the protection of human lives at sea, whilst safeguarding marine and coastal resources from irreversible damages.

In Mediterranean countries, domestic water use accounts for a minor part of water consumption, however, it requires the best quality and its demand is continuously growing. Moreover, urban water is still the main cause of pollution of rivers and groundwater, even when treated before being discharged. The project NAWAMED aims at changing the urban water management practice by mean of innovative, sustainable, and low-cost treatment technologies, applicable in a decentralised pattern, to replace the use of potable water with good quality NCW (non-conventional water) resources.…

European Union fisheries management relies on data collected, managed and supplied by Member States under the Data Collection Framework. Reliable fisheries data are needed to assess the health of fish stocks and the marine environment and to meet the European Union’s objective of ensuring sustainable fisheries by 2020 at the latest.

Migration trends, coupled with challenges that migrants face on their journey and upon arrival, have resulted in relatively high numbers of migrants unable or unwilling to stay in Malta.

RESTART VI is a continuation of five Assisted Voluntary Return and Reintegration (AVRR) projects successfully implemented by IOM Malta in cooperation with the Maltese authorities since 2009.

AquaCycle aims to address the present situation of water scarcity in the southern Mediterranean region, with a mission to change the present model of wastewater reuse, and of imposing an eco-innovative technology (including anaerobic digestion, constructed wetland, solar treatment). This technology has a low cost of operation and maintenance as it uses less chemicals, runs on renewable energy, produces biogas and fertiliser, and the constructed wetland will thrive as an ecological tourist attraction, aside from being a climate-change mitigation measure.…

ZEROCO2 focuses on the energy performances of buildings; in this regard, it intends to design innovative policies promoting near zero CO2 emission buildings. This project shall also combine different technologies and energy efficiency sources, contributing towards the EU energy efficiency targets. …

*Intelligent Fish feeding through Integration of Enabling technologies and Circular principles* iFishIENCi will deliver breakthrough innovations supporting sustainable aquaculture, based on enabling technologies and circular principles, thereby providing the European aquaculture industry with the competitive advantage and growth stimulation needed to be a mover in revolutionizing global efficiency in fish production and meet society's needs for food from the ocean. This ambitious task will be achieved by providing to the market the iFishIENCi Biology Online Steering System (iBOSS)…