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Agriculture and digitalization

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​Synergies through emerging technologies

 

Digitalization and new technologies have a profound impact on the development of agriculture. They create innovative, site-adapted farming practices that combine food production with the protection and conservation of biodiversity and ecosystem services, such as clean water and fertile soils.​

 

What do we want to achieve with our research?

MyTitle: What do we want to achieve with our research?
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MyTextfeld: <div class="ExternalClassB7D625BB15E34C4A8BE6F436AED874E4"><p>We want to ...</p><p>... use resources only where they are needed. Agricultural land is characterized by a high degree of diversity and must be farmed using highly efficient and site-adapted cultivation methods.</p><p>... preserve and expand diverse ecosystem services and biodiversity in and around agricultural land through the use of digitalization and new technologies. By combining information, we can ideally match the societal needs with the landscape services.</p><p>... scientifically accompany the transformation of agriculture and to develop solutions together with all target groups, in particular regarding&#58; new business and cooperation models, markets, forms of governance and jobs with changing tasks.</p><p>... develop the digital cultivation systems of the future, which are less sensitive to the effects of climate change, emit fewer greenhouse gases and are ideally adapted to the respective sites.</p></div>
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What do we want to achieve with our research?

We want to ...

... use resources only where they are needed. Agricultural land is characterized by a high degree of diversity and must be farmed using highly efficient and site-adapted cultivation methods.

... preserve and expand diverse ecosystem services and biodiversity in and around agricultural land through the use of digitalization and new technologies. By combining information, we can ideally match the societal needs with the landscape services.

... scientifically accompany the transformation of agriculture and to develop solutions together with all target groups, in particular regarding: new business and cooperation models, markets, forms of governance and jobs with changing tasks.

... develop the digital cultivation systems of the future, which are less sensitive to the effects of climate change, emit fewer greenhouse gases and are ideally adapted to the respective sites.

What are the key challenges to be solved?

MyTitle: What are the key challenges to be solved?
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MyTextfeld: <div class="ExternalClass0D10427C26034B05B40B5475B7630299"><p> <strong>Challenge&#58;</strong> How do we use digitalization and new technologies to develop incentive systems that protect biodiversity and reward ecosystem services?</p><p> <strong>Our solution&#58;</strong> We use Big Data, case studies, workshops as well as new information and communication technologies to create a knowledge base for efficient and economically viable solutions and test these in practice.</p><p> <strong>Challenge&#58;</strong> How do we integrate digitalization and new technologies into the development and optimization of sustainable land use systems?</p><p> <strong>Our solution&#58;</strong> We use sensors to record site and plant conditions in real time, to model relevant cause-effect relationships and – based on these – to derive options for action for climate-adapted and environmentally compatible cultivation.</p><p> <strong>Challenge&#58;</strong> How can cultivation sytems and measures respond more flexibly tot he effects of climate change, market fluctations and changes in social demands?</p><p> <strong>Our solution&#58;</strong> We are developing self-learning systems that simulate the diverse demands placed on agriculture. We condense data from the landscape, environment, weather, market and society to provide knowledge-based solutions.</p><p> <strong>Challenge&#58;</strong> How do we combine the high demands placed on the protection of farm-related data with the cross-farm networking required for the further development of sustainable land use systems?</p><p> <strong>Our solution&#58;</strong> We are actively involved in the development of a national Agricultural Master Platform that securely stores and links farm data with public data and makes it available.</p></div>
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What are the key challenges to be solved?

Challenge: How do we use digitalization and new technologies to develop incentive systems that protect biodiversity and reward ecosystem services?

Our solution: We use Big Data, case studies, workshops as well as new information and communication technologies to create a knowledge base for efficient and economically viable solutions and test these in practice.

Challenge: How do we integrate digitalization and new technologies into the development and optimization of sustainable land use systems?

Our solution: We use sensors to record site and plant conditions in real time, to model relevant cause-effect relationships and – based on these – to derive options for action for climate-adapted and environmentally compatible cultivation.

Challenge: How can cultivation sytems and measures respond more flexibly tot he effects of climate change, market fluctations and changes in social demands?

Our solution: We are developing self-learning systems that simulate the diverse demands placed on agriculture. We condense data from the landscape, environment, weather, market and society to provide knowledge-based solutions.

Challenge: How do we combine the high demands placed on the protection of farm-related data with the cross-farm networking required for the further development of sustainable land use systems?

Our solution: We are actively involved in the development of a national Agricultural Master Platform that securely stores and links farm data with public data and makes it available.

Which working groups are working on the topic?

MyTitle: Which working groups are working on the topic?
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MyTextfeld: <div class="ExternalClass8E531B886E4B4C0BB00A66EF6D420F41"><p>Research Area 1 &quot;Landscape Functioning&quot;</p><ul><li> <a title="More information about the working group" href="/en/struktur/pb1/fia">Fungal Interactions</a></li><li> <a title="More information about the working group" href="/en/struktur/pb1/Pages/Arbeitsgruppen.aspx#HYP">Hydropedology</a></li><li> <a title="More information about the working group" href="/en/struktur/pb1/Pages/Arbeitsgruppen.aspx#IBG">Isotope Biogeochemistry and Gas Fluxes</a></li><li> <a title="More information about the working group" href="/en/struktur/pb1/lap">Landscape Pedology</a></li><li> <a title="More information about the working group" href="/en/struktur/pb1/mic">Microbial Biogeochemistry</a></li><li> <a title="More information about the working group" href="/en/struktur/pb1/sib">Silicon Biogeochemistry</a></li></ul><p>Research Area 2 &quot;Land Use and Governance&quot;</p><ul><li> <a title="More information about the working group" href="/en/struktur/pb2/Pages/Arbeitsgruppen.aspx#aqb">Biodiversity of Aquatic and Semiaquatic Landscape Features</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/Pages/Arbeitsgruppen.aspx#bio">Provisioning of Biodiversity in Agricultural Systems</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/cci">Co-Design of Change and Innovation</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/ess">Provisioning of Ecosystem Services in Agricultural Systems</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/Pages/Arbeitsgruppen.aspx#gov">Governance of Ecosystem Services</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/ifa">Biotic Interactions between Forest and Agricultural Land</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/Pages/Arbeitsgruppen.aspx#lhw">Lowland Hydrology and Water Management</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/rcs">Resource-Efficient Cropping Systems</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/Pages/Arbeitsgruppen.aspx#sgs">Sustainable Grassland Systems</a></li><li> <a title="More information about the working group" href="/en/struktur/pb2/sus">Sustainable Land Use in Developing Countries</a></li></ul><p>Research Area 3 &quot;Agricultural Landscape systems&quot;</p><ul><li> <a title="More information about the working group" href="/en/struktur/pb3/csa">Integrated Crop System Analysis and Modelling</a></li><li> <a title="More information about the working group" href="/en/struktur/pb3/dsc">Spatial and system context</a></li><li> <a title="More information about the working group" href="/en/struktur/pb3/Pages/Arbeitsgruppen.aspx#ima">Impact Assessment of Land Use Changes</a></li><li> <a title="More information about the working group" href="/en/struktur/pb3/lbw">Farm Economics and Ecosystem Services</a></li></ul><p>Research Platform &quot;Data Analysis &amp; Simulation&quot;</p><ul><li> <a title="More information about the working group" href="/en/struktur/fpd/Pages/Arbeitsgruppen.aspx#dim">Dimensionality Assessment and Reduction</a></li><li> <a title="More information about the working group" href="/en/struktur/fds/ILM">Landscape Modelling</a></li><li> <a title="More information about the working group" href="/en/struktur/fpm/Pages/Arbeitsgruppen.aspx#ESM">Ecosystem Modelling</a></li><li> <a title="More information about the working group" href="/en/struktur/fds/sdm">Simulation Methods and Data-driven Models</a></li><li> <a title="More information about the working group" href="/en/struktur/fpd/Pages/Arbeitsgruppen.aspx#rda">Research Data (Service)</a></li><li> <a title="More information about the working group" href="/en/struktur/fds/geo">Geodata (Service)</a></li><li> <a title="More information about the working group" href="/en/struktur/fds/mas">Model &amp; Simulation Infrastructure (Service)</a></li></ul><p>Experimental Infrastructure Platform</p><ul><li> <a title="More information about the working group" href="/en/struktur/eip/Pages/Arbeitsgruppen.aspx#fsd">Experimental Station Dedelow (Service)</a></li><li> <a title="More information about the working group" href="/en/struktur/eip/Pages/Arbeitsgruppen.aspx#fsp">Experimental Station Paulinenaue (Service)</a></li><li> <a title="More information about the working group" href="/en/struktur/eip/Pages/Arbeitsgruppen.aspx#fsm">Experimental Station Müncheberg (Service)</a></li></ul></div>
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Which working groups are working on the topic?

 

News

Title: Invitation to the Scientific Group for the 2021 UN Secretary-General’s Food Systems Summit
MehrLink: https://www.zalf.de/en/aktuelles/Pages/DIR/2020-06-24_ZALF_NEWS_UN-Ernaehrungsgipfel2021.aspx, More
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MyMeldungsdatum: 2020-06-24 15:00:00
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Logo: Sustainable Development GOALS
24.06.2020

Invitation to the Scientific Group for the 2021 UN Secretary-General’s Food Systems Summit

With these keywords you will find further news on the topic
"Agriculture and digitalization"

Agriculture 4.0 Modelling

 

 

Reference projects

MyTitle: DAKIS - Digital knowledge and knowledge information System (BMBF, 2019-2023)
MyLinkAnsehenUrl: https://www.zalf.de/en/aktuelles/Pages/Pressemitteilungen/2019-04-11_PM_DAKIS_FINAL.aspx, Press release
MyLinkPDFUrl: https://adz-dakis.com/, Website
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DAKIS - Digital knowledge and knowledge information System (BMBF, 2019-2023)

MyTitle: Q2Gras: Development and testing of a process for quality improvement and quality assurance in grass silage production, (EU, 2017-2020)
MyLinkAnsehenUrl: http://www.agrathaer.de/de/projekt/q2gras-eip-projekt, Webseite
MyLinkPDFUrl: https://www.zalf.de/en/themen/ProjektePDFs/Topic3/q2gras_info_en.pdf, Abstract
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Q2Gras: Development and testing of a process for quality improvement and quality assurance in grass silage production, (EU, 2017-2020)

MyTitle: NatApp: Nature conservation app in agricultural and administrative practice (Landwirtschaftliche Rentenbank, 2016-2018)
MyLinkAnsehenUrl: https://www.zalf.de/en/forschung_lehre/projekte/Pages/details.aspx?iddp=2066, Project details
MyLinkPDFUrl: https://www.zalf.de/de/themen/ProjektePDFs/Thema3/NatApp_dt.pdf, Infoflyer (DE)
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NatApp: Nature conservation app in agricultural and administrative practice (Landwirtschaftliche Rentenbank, 2016-2018)

MyTitle: PhenoRob: Robotik und Phänotypisierung für Nachhaltige Nutzpflanzenproduktion (Exzellenzcluster, 2019-2026)
MyLinkAnsehenUrl: http://www.phenorob.de/, Webseite
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PhenoRob: Robotik und Phänotypisierung für Nachhaltige Nutzpflanzenproduktion (Exzellenzcluster, 2019-2026)

MyTitle: Sattgrün: Satellite-based Information for grassland management (BMEL, 2017-2021)
MyLinkAnsehenUrl: https://communications.ext.zalf.de/sites/sattgruen, Website
MyLinkPDFUrl: https://www.zalf.de/de/themen/ProjektePDFs/Thema3/2018-01-11_PM_Nendel_SattGruen_final_dt.pdf, Press release (DE)
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Sattgrün: Satellite-based Information for grassland management (BMEL, 2017-2021)

 

Representative

 

 

Leibniz-Zentrum für Agrarlandschaftsforschung (ZALF) e. V.

Eberswalder Straße 84
15374 Müncheberg

 

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