General introduction

Zuccon - Majer

De Lucchi

Srzić

Racetin

Zancanaro

Gasparetto - Salandin

Scientific meeting and visit to the Italian pilot site

Botto - Castagna

Zancanaro

Lovrinovic

Srzic

Matic

Racetin

Smartphone app prototype for real-time surveillance of saltwater concentration in the Venice sites and Web-tool for data storing and querying. 

The MoST App (developed for Android systems only) will allow to take under control and check constantly the behaviour of the main hydrological parameters acquired by the monitoring network established in the Venice site. 

The same address (most.dicea.unipd.it) will be used as the address of a website to store graphical information developed within MoST and to store, query, and download the dataset with the main hydrological parameters acquired by the monitoring network established in the Venice site (i.e., the dataset that can be “only” visualized through the MoST App). The website will be accessible by any browser.

Web and mobile phone application to enable the real time insight of the surface and groundwater parameters in the Croatian sites.

Croatian project partners developed and released a web and mobile phone application to enable the real time insight of the surface and groundwater parameters as piezometric head, temperature, electrical conductivity.
The idea of App development relies on the fact to make those data accessible to land users, farmers, citizens, stakeholders and other target groups interested in this product. In general, App can be used in both ways, as a web and mobile application and does not require any kind of login, thus making those data public.

Initially, it can be either used as a web tool which provides information on sensor locations and available data sets. Otherwise, it can be downloaded to smart phones and operated as a mobile App. App is developed to be used in either English and Croatian language so the user has to pick between those two options.

Metkovic_June 2021

Chioggia_October 2021

Dubrovnik_Metkovic_June 2022

Venice_June 2022

Short project portrait_2019- EN

Short project portrait_2019- IT

Folder for MoST Project

Short project portrait_2021

Short project portrait_2021

MoST poster A3

MoST poster 700x1000

MoST rollup

Playbill used during the Infoday on 06/12/2019

CNR Rollup

Final technical publication ENG

Final technical publication ITA

Brochure_Croatian project area

WP2.3.3_Scientific papers

D 3.1.1_Report on the geomorphological setting of the Italian site

D 3.1.2_Report on the geomorphological setting of the Croatian site

D 3.1.3_Report on the initial hydrogeological and agricultural conditions of the Italian site

D 3.1.4_Report on the initial hydrogeological and agricultural conditions of the Croatian site

D 3.1.5_Report on the final hydrogeological and agricultural conditions of the Italian site (after the realization of the mitigation interventions)

D 3.1.6_Plan of the groundwater and surficial water monitoring networks of the Italian site

D 3.1.7_Plan of the groundwater and surficial water monitoring networks of the Croatian site

D 3.1.8_Project of the interventions to mitigate saltwater contamination in the Italian site

D 3.2.1_Establishment and setting up of the lab equipments

D 3.2.2_Report on the flume experiments: Italian tests 

D 3.2.3_Report on the flume experiments: Croatian tests 

D 3.2.4_Report on the soil physics on samples collected in the Italian site

D 3.2.5_Report on the soil physics on samples collected in the Croatian site

D 3.2.6_Report on the water quality on samples collected in Italian site 

D 3.2.7_Report on the water quality on samples collected in Croatian site

D 3.3.1_Database on groundwater and surficial water level, temperature and electrical conductivity, meteo-climatic conditions, sea level, pumping station activity in the Italian monitoring area

D 3.3.2_Database on groundwater and surficial water level, temperature and electrical conductivity, meteo-climatic conditions, sea level, pumping station activity in the Croatian monitoring area

D 3.3.3_Report on the evolution of the hydrogeological, meteo-climatic, and crop parameters in the Italian site over the project time span

D 3.3.4_Report on the evolution of the hydrogeological, meteo-climatic and crop parameters in the Croatian site over the project time span

D 3.4.1_Report on the groundwater and transport flow model application to the flume experiment in Italy lab 

D 3.4.2_Report on the groundwater and transport flow model application to the flume experiment in Croatian lab

D 3.4.3_Report on the groundwater and transport flow model application to the to the Italian field site 

D 3.4.4_Report on the groundwater and transport flow model application to the to the Croatian field site

D 3.4.5_Report on the model application to evaluate the efficiency of mitigation strategies for the selected scenarios of climate changes

D 4.1.1_Input for the characterization and the numerical model: 3D hydro-geophysical setting of the Neretva plain in dry/salt and wet/fresh hydrologic conditions

D 4.1.2_Report on the test results

D 4.1.3_Proposed actions and/or pilot solutions for salt water intrusion mitigation tested in laboratory and/or numerical model: report on procedures, analysed combinations, parameters and results

D 4.1.4_Decision upon recommendations and actions for salt water intrusion mitigation made: report on positive and negative effects of potential actions

D 4.2.1_A cut-off wall along the lagoon margin

D 4.2.2_A controlling system (gate, soil dam) on the mouth of the main irrigation channel

D 4.2.3_A sub-soil fresh-water distribution system using pipes located along a main sandy pale-channel

D 4.2.4_A report describing the infrastructure project and realization

D 5.1.1_Vulnerability map, including expected scenarios of climate changes

D 5.1.2_Guidelines with the actions related to the salt water intrusion mitigation developed

D 5.1.3_App for real-time saltwater values to be used by farmers and public authorities (in Croatian)

D 5.1.4_Web-tool for data storing and querying

D 5.2.1_Hydro-geo-morphological map of the study site

D 5.2.2_Vulnerability map

D 5.2.3_Guidelines on the crop production rules depending on salt concentration and farmland physical properties

D 5.2.4_Guidelines on planning infrastructure and irrigation strategies to contrast saltwater intrusion

D 5.2.5_App for real-time saltwater values to be used by farmers and public authorities

D 5.2.6_Web-tool for data storing and querying