SNapwürZ
The Operational Group SNaPwürZ aims to develop a digital toolbox
for on-farm experiments that will enable farmers,
both independently and in cooperation with consultants,
researchers, companies, and colleagues, to efficiently investigate practically
relevant research questions on their own farms. This toolbox will serve as an
assistant for the planning, execution, and evaluation of experiments.
European Innovation Partnership (EIP Agri):
The SNaPwürZ project is funded by the EU under the European Innovation Partnership (EIP Agri) and the Rural Development Program of the State of Schleswig-Holstein (LPLR) for a period of three years. The goal of EIP Agri is to stimulate innovation in order to increase sustainability and efficiency in agriculture. Ideally, the need for innovation arises from practical experience, and farmers are actively involved in developing solutions. In Operational Groups (OGs), farmers, scientists, advisors, NGOs, and business partners work together to develop and test innovative ideas.
www.eip-agrar-sh.de
Waldpilz
Traditional forestry management methods are often no longer profitable,
urgently requiring alternative utilization strategies to conserve and
economically utilize forests.
This project aims to create an innovative and sustainable
complement to traditional forestry by cultivating functional
and edible mushrooms on deadwood in forest areas.
European Innovation Partnership for Agriculture:
This funding supports collaborative innovation projects that drive progress toward a competitive,
sustainable, and animal-welfare-friendly agricultural and food sector.
The goal is to promote innovation and improve the exchange of knowledge
between academia and the agricultural sector.
Hempilot
Collecting and sharing knowledge about hemp
The hemp plant can be used in the textile, construction, and food industries.
This diverse range of applications means that hemp cultivation can make a significant
contribution to the transition to a more sustainable economy.
Currently, however, farmers are hesitant to start cultivating hemp due
to a lack of knowledge and regulatory uncertainties.
The Hempilot project aims to close these knowledge gaps by creating an
AI virtual assistant to provide farmers with detailed information on hemp cultivation.
Full project name: Hempilot – Strengthening the Bioeconomy with AI: A Virtual Assistant to Simplify the Cultivation of Industrial Hemp, a Niche Crop
RapSmartN
Optimal winter oilseed rape fertilization (N)
through remote sensing data and quality-assured artificial intelligence.
The fertilisation of winter oilseed rape is a key aspect of agricultural
practice that poses both economic and environmental challenges.
Precise nitrogen fertilisation can optimise yields and reduce environmental impact simultaneously.
However, there are currently deficits in the precise recording of the required nitrogen quantities.
The project aims to use remote sensing data and artificial intelligence (AI) to enable more precise and needs-based nitrogen fertilisation in winter oilseed rape cultivation.
Project Information
Full Title: Optimal Winter Rapeseed Fertilization (N) Using Remote Sensing Data and Quality-Assured Artificial Intelligence
Duration: July 18, 2024 – August 31, 2027
Funding program: European Innovation Partnership for Productivity and Sustainability in Agriculture (EIP-Agri)
Funding bodies: European Innovation Partnership (EIP-Agri) and the Rural Areas Program of the State of Schleswig-Holstein (LPLR)
