28 services

• Agriculture

  Automated Irrigation

  Automated, immediate activation of the actuator without user intervention, through a SCADA system.

• Agriculture

  Fertilisation

  Fertigation service combined with the irrigation service. Delivered through the irrigation actuators, across all corresponding irrigation services.

• Agriculture

  Crop Protection (Application)

  Insect control in tree crops (mainly olive) using an unmanned aerial vehicle.

  Insect control in tree crops (mainly olive) using tractor-mounted equipment.

• Soil

  Soil Degradation Mapping

• Environment

  Soil Erosion

  Application of the G2 model. G2 is a soil erosion model developed through the collaboration of JRC/IES/Land Resource Management Unit/SOIL Action and the Laboratory of Forest Management and Remote Sensing of the School of Agriculture, Forestry and Natural Environment of the Aristotle University of Thessaloniki, within the Geoland 2 project.

• Soil

  Zoning (soil-climatic)

  Mapping of soil-climatic zones using open data.

• Agriculture

  Carbon Footprint of Agricultural Production

  Recording of the carbon footprint for the production of agricultural products.

• Agriculture

  Carbon Farming

  Quantification of carbon sequestration and its conversion into carbon credits, through the application of nature-based management practices (Nature Based Solutions).

• Agriculture

  Selection of NBS for Carbon Farming projects

  Identification of the appropriate solution per soil-climatic zone / crop type, in order to maximise carbon sequestration.

• Industry

  Corporate Greenhouse Gas Emission Inventory Report

• Soil Agriculture

  Parcel level carbon sequestration

  Estimation of CO2 emissions/sequestration per hectare and calculation at parcel level over a 20-year horizon.

• Soil

  SOC to Clay ratio

  Calculation of the soil CO2 sequestration potential as the SOC-to-clay ratio. Compliant with SML.

• Soil

  ΔSoil Health measurement before and after compost application

  Compost applied as an NBS in Carbon Farming. Determination of the improvement in soil health, before and after application.

• Food

  Food Adulteration Detection

  Rapid, non-destructive detection of adulteration in foods (e.g. flours, juices, spices) using portable, low-cost NIR sensors and ML.

• Food

  Vitamin C Determination

  Rapid, non-destructive quantitative estimation of vitamin C in foods, via a low-cost portable NIR system combined with ML.

• Soil

  Assessment of critical soil indicators (SOC, clay, pH, total nitrogen)

  Rapid, in-situ prediction of critical soil indicators such as soil organic carbon (SOC), clay content, pH and total nitrogen (TN), using portable MEMS-NIR sensors and ML algorithms.

• Food

  Verification of food compliance with organic farming specifications

  Non-destructive discrimination between organic and conventional food products (e.g. orange) via near-infrared (NIR) spectroscopy based on MEMS technology.

• Food Soil

  Verification of soil compliance with organic farming specifications

  Rapid, in-situ discrimination between organic and conventional cultivated soils via near-infrared (NIR) spectroscopy based on MEMS technology.

• Data

  Application for data collection and transparent data governance

  Digital application for the collection, storage and management of spectral and field metadata.

• Laboratory Environment

  Water & Soil Analyses (ISO 17025)

  Accredited laboratory analyses of physicochemical, chemical and biological parameters in water and soil samples, in accordance with the ISO 17025 standard.

• Laboratory Environment

  Hydrochemical and Geochemical Analysis

  Specialised study of the chemical composition of waters and soils, to understand the natural and anthropogenic processes affecting their quality.

• Laboratory Environment

  Water and Soil Quality Assessment

  Application of scientific methods for the estimation, monitoring and management of water and soil quality.

• Laboratory Environment

  Biological & Ecological Assessment

  Analysis of biological and ecological indicators to assess the health and biodiversity of aquatic and terrestrial ecosystems.

• Laboratory Data Environment

  Statistical and Multivariate Analysis

  Processing, interpretation and clustering of environmental data using advanced statistical and multivariate techniques.

• Laboratory Environment

  Trend Analysis and Pollution Forecasting

  Investigation of environmental trends and estimation of future pollution scenarios in waters and soils, in support of preventive measures.

• Laboratory Environment

  Spatial Analysis with GIS

  Mapping, analysis and visualisation of water and soil quality data using Geographic Information Systems (GIS).

• Laboratory Environment

  Environmental Impact Assessment

  Overall assessment of the impacts of projects and activities on surface water and groundwater, soils and ecosystems.

• Land Use

  LULUCF