Interreg Greece-Italy SusWater

Interreg Greece-Italy SusWater Informazioni di contatto, mappa e indicazioni stradali, modulo di contatto, orari di apertura, servizi, valutazioni, foto, video e annunci di Interreg Greece-Italy SusWater, Servizio per le aziende, Viale Japigia, 182/188, Bari.

❗️❗️📣 4th Project Info-day ⏰❗️❗️ On Monday, November 13th, the Infoday for the SUSWATER project took place in Ioannina (...
09/01/2024

❗️❗️📣 4th Project Info-day ⏰❗️❗️ On Monday, November 13th, the Infoday for the SUSWATER project took place in Ioannina (Greece), organized by the Decentralized Administration of Epirus-Western Macedonia/Directorate of Epirus Waters. 👥📣 As part of the event, the works and technical studies carried out, the groundwater monitoring and recording system and the main results - benefits of the project have been presented. 🌿🌏🌊

❗️❗️📣 4th Project Info-day ⏰❗️❗️ On Monday, November 13th, the Infoday for the SUSWATER project took place in Ioannina (...
09/01/2024

❗️❗️📣 4th Project Info-day ⏰❗️❗️ On Monday, November 13th, the Infoday for the SUSWATER project took place in Ioannina (Greece), organized by the Decentralized Administration of Epirus-Western Macedonia/Directorate of Epirus Waters. 👥📣 As part of the event, the works and technical studies carried out, the groundwater monitoring and recording system and the main results - benefits of the project have been presented. 🌿🌏🌊

09/01/2024

🧾📭💌 Awareness activity - If you want to know more, watch this videopill (GR version) 🌊🌿🎞▶️

08/01/2024

🧾📭💌 Awareness activity - If you want to know more, watch this videopill (IT version) 🌊🌿🎞▶️

08/01/2024

🧾📭💌 Awareness activity - If you want to know more, watch this videopill (EN version) 🌊🌿🎞▶️

❗️❗️📣 Final Project Event ⏰❗️❗️ On Wednesday, November 29th, the closing conference for the SUSWATER project 🌎💧 took pla...
08/01/2024

❗️❗️📣 Final Project Event ⏰❗️❗️ On Wednesday, November 29th, the closing conference for the SUSWATER project 🌎💧 took place organized by the Project Beneficiary No.3 - Universus CSEI Training and Innovation University Consortium to state what has been done and demonstrate the Project results. 🌿🌊

📢🌊 The SUSWATER Project: Protecting Our Waters! 📢💧 Within the SUSWATER project the Puglia Water Authority developed an *...
28/11/2023

📢🌊 The SUSWATER Project: Protecting Our Waters! 📢💧 Within the SUSWATER project the Puglia Water Authority developed an **Integrated Management Plan for coastal groundwater resources and adjacent ecosystems**. 🎯 Our aim is to assess the risk of salinization in the water resources flowing through coastal aquifers accurately and in a timely manner, all while defining a more efficient management plan. 🤓 The objective is to develop an integrated approach for monitoring, protecting, and managing underground water reserves in coastal systems, addressing the risk of salinization due to over-exploitation and rapid changes caused by climatic and non-climatic factors.☀️🍀🌊 This new integrated approach doesn't just focus on detecting and identifying underground water salinization more effectively. It also proposes a robust methodology to facilitate the prediction, risk assessment, and reliable management of this phenomenon. 📊‼️ The Integrated Management Plan brings together a wide range of tools, models, and methods with the following objectives:
- Identify the sources of salinization in underground water resources, whether single or multiple, and decipher the processes governing them.
- Evaluate potential interactions with other water compartments and systems at the basin level.
- Predict the spatial and temporal evolution of primary and cascading secondary effects.
- Conduct a risk assessment in the presence of various climate projections and stress situations.

🌊🌎🌿Join us in safeguarding our precious water resources! 💧🌍🌳

🌊🔬 Discover the SUSWATER Project - Protecting Our Waters! 🔬🌊 The SUSWATER Project aim to develop an integrated framework...
25/11/2023

🌊🔬 Discover the SUSWATER Project - Protecting Our Waters! 🔬🌊 The SUSWATER Project aim to develop an integrated framework for monitoring, protecting, and managing groundwater and surface waters in coastal areas at risk of salinization. This threat arises from excessive exploitation and rapid changes due to both climatic and non-climatic factors. 🌿☀💧 But what does this mean for you? 🤓 Here are some key points:
🔹 Improved Salinization Detection: Thanks to the project's integrated approach, we can detect and identify salinization processes more effectively.
🔹 Innovative Methodology: We have developed a robust and innovative methodology to identify types of salinization in coastal aquifers. This facilitates reliable prediction, risk assessment, and management of salinization.
🔹 Advanced Tools and Models: Our framework integrates a variety of tools, models, and methods to identify sources of salinization, assess interactions with surface water resources, predict temporal and spatial effects, assess risk in the presence of climate change, and support management and decision-making.
🔹 Interdisciplinary Approach: The SUSWATER Project's approach involves in-depth knowledge of the physical environment with advanced tools.
🔹 Tailored Management Plans: Results are combined with projections of climate change to provide integrated management plans for project pilot sites, considering their physical, socioeconomic, and legislative characteristics.

📢🥰Join us in protecting our precious water resources! 💧🌍

🌊 Seawater Intrusion: Impacts and Solutions 🌊📌📌 Seawater intrusion is a phenomenon that should not be underestimated ‼ T...
23/11/2023

🌊 Seawater Intrusion: Impacts and Solutions 🌊📌📌 Seawater intrusion is a phenomenon that should not be underestimated ‼ This process can have significant effects on the environment, water supply, and coastal communities. 💧🌊 It results in a deterioration of freshwater quality, damages marine and coastal ecosystems, threatens agriculture, reduces freshwater resources, and entails economic and social costs. Furthermore, it can have implications for public health. 📢📝 To address these challenges, it is essential to adopt sustainable water resource management, implement preventive measures, and develop adaptation strategies. We must take into account local dynamics and climate change. ☀️🌿 Let's protect our environment and water resources! 🌊🌳🌍

🧾📭💌 Communication, information and publicity - If you want to know more (i.e. Newsletter no.5), these are the addresses you can visit:
👉 project website: https://interregsuswater.com/
👉 official site of the MA: https://greece-italy.eu/rlb-funded-projects/suswater/
👉 Instagram: https://www.instagram.com/p/CmMPRMAIJO2/
👉 Twitter: https://twitter.com/SusWaterGI
👉 Youtube: https://www.youtube.com/channel/UCD-dgAu6SlglwM0iyFk70kw

✅📢 Key Parameters for Seawater Intrusion Monitoring 📊📈 In seawater intrusion monitoring, several critical parameters are...
15/11/2023

✅📢 Key Parameters for Seawater Intrusion Monitoring 📊📈 In seawater intrusion monitoring, several critical parameters are crucial to keep an eye on. 💧🌊 Let's understand what they are:
📌 pH: Helps us detect changes in water salinity.
📌 Electrical Conductivity: Indicates an increase in salinity.
📌 Water Temperature: Influences water density and chemical/biological processes.
📌 Chlorides: Significant increases may indicate seawater intrusion.
📌 Dissolved Oxygen: Reflects water quality and its suitability for aquatic life.
📌 Turbidity: Indicates water opacity, often linked to sediments or pollutants.
📌 Redox Potential: Provides insights into chemical reactions in water.
‼📝 These parameters play an essential role in detecting seawater intrusion and protecting our water resources. 💧🌍

💧🌊 Innovation in Water Resource Protection ‼️📣 The Apulian Water Authority has developed a sophisticated monitoring syst...
13/11/2023

💧🌊 Innovation in Water Resource Protection ‼️📣 The Apulian Water Authority has developed a sophisticated monitoring system that will significantly contribute to the defense of our precious water resources. Thanks to the use of specific multiparametric probes placed at pilot sites, we can now monitor various parameters in real-time, such as pH, conductivity, temperature, and dissolved oxygen. 📢✅ Sustainable water resource management requires a detailed understanding of water conditions, variations, and environmental dynamics. Monitoring equipment is the key to obtaining this information, enabling the collection of precise data and continuous real-time monitoring. 🔍📝 The software application used for real-time monitoring of water and meteorological resources at pilot sites has been carefully designed, equipped with specific features to ensure highly effective and precise operations. 📊📈 This represents a significant step forward in the protection of our valuable water resources. 💧🌍

✅🎯 A Treasure and a Challenge: Seawater Intrusion 🌊💧📋🌎 Seawater intrusion is a phenomenon in which saltwater from the se...
06/11/2023

✅🎯 A Treasure and a Challenge: Seawater Intrusion 🌊💧📋🌎 Seawater intrusion is a phenomenon in which saltwater from the sea infiltrates freshwater aquifers, reducing their natural salinity. This process, mainly occurring in coastal areas, poses a direct threat to our valuable freshwater resources, which are essential for water supply, agriculture, and the ecosystem. 📄📐🖊 Seawater is characterized by a significant concentration of dissolved salts and minerals, giving it higher salinity compared to freshwater. While the salinity can vary slightly in different parts of the world, on average, it is about 3.5% by weight. This means that every kilogram of seawater contains approximately 35 grams of salts. 📊📝🔎 This resource is vital for life on Earth as it constitutes the majority of the water on our planet. However, due to its high salinity, seawater is unsuitable for human consumption or irrigation without proper treatment. It plays a crucial role in climate cycles, global temperature regulation, and the creation of unique marine habitats. 🌿🐟 Furthermore, this resource is subject to seasonal and local variations in its temperature and salinity, influenced by climatic, geographical, and geological factors. It is also of great importance for human activities, including fishing, maritime transportation, and the extraction of minerals and salts. 💧⚓️🛳 Protecting this essential resource is a challenge, but it is crucial for preserving our environment and resources for future generations. Let's come together to tackle this challenge! 💧🌍

Indirizzo

Viale Japigia, 182/188
Bari
70126

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