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Environment
Pvz.: drėkinimas, Davidas Simmonsas, biomasė,...
Document
24-11-2016
It summarises the reports from all Cross Visits. During the Cross Visits the AgriSpin team gradually learned how to capture what really matters in the cases that were visited. It is important that the characteristics in the overview are helpful for: ● deepening the understanding of the individual cases and the effect of particular innovation support actions; ● making comparisons between cases, even though they represent different sectors and cover different types of innovation.
Document
01-06-2020
This document is designed for use by carrot farmers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, Mechanical weeders, UV techniques, Distribution system for beneficials, others).
Document
01-06-2020
This document is designed for use by cucumber farmers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field and greenhouse systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, UV techniques, Distribution system for beneficials, others).
Document
10-11-2016
What can support services do to stimulate innovations at farm level? This is the central question in AgriSpin. The Cross Visits aim at collecting information about innovations that have taken place or that are in progress. The members of the visiting team are predominantly support agents themselves, which allows for vivid exchanges of experiences. A cross visit creates space for intensive informal interactions between colleagues from different corners of Europe. This provides a basis for continuous contacts after the project.
Document
01-06-2020
This document is designed for use by onion farmers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, Mechanical weeders, UV techniques, Distribution system for beneficials, others).
Document
01-06-2020
This document is designed for use by pepper growers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field and greenhouse systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, UV techniques, Distribution system for beneficials, others).
Document
01-06-2020
This document is designed for use by brassica farmers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, Mechanical weeders, UV techniques, Distribution system for beneficials, others).
Document
01-06-2020
This document is designed for use by tomato growers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field and greenhouse systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, Mechanical weeders, UV techniques, Distribution system for beneficials, others).
Document
01-06-2020
This document is designed for use by lettuce farmers and agronomists in Europe to inform them on smart technologies and methodologies available to them for Integrated Pest Management (IPM) solutions in open-field and greenhouse systems. The SMART IPM technologies are divided into four main technique types each with subsections of their own: Monitoring (Pest monitoring, Crop Monitoring, Others), Diagnostics and detection (ELISA, RNA and DNA, Mobile disorder detection, Others), Decision support (With sensors, Without sensors), Application (Sprayers, Sprayer drones, Mechanical weeders, UV techniques, Distribution system for beneficials, others).
Document
09-05-2022
Socio-ecological indicators of agroecology-systems in the BIOEAST countries