Concepts such as “ecosystem services” showed that the agricultural sector also performs important functions outside the market. The National Research Programme 73 has now made it clear that deep-seated problems can only be resolved by a systemic \"just transition\".
\n\n
\n","bild":{"id":1042,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63358be27b345.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63358be27b345.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63358be27b345.jpg"},"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":717,"title":"Media and news","slug":"medien","link":"/en/dev/part-data/landwirtschaft-und-ernaehrung-elemente/medien","media":[{"id":1362,"title":"A sustainable food system in the 21st century?","slug":"ein-nachhaltiges-ernaehrungssystem-im-21-jahrhundert","link":"https://youtu.be/xiASPp7K4Z4","bild":{"id":1181,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_645dfaed47628.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_645dfaed47628.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_645dfaed47628.jpg"},"datum":"2023-05-12","type":"videos","parent":907},{"id":1348,"title":"Policy Brief N°5: Digital innovations for sustainable agriculture","slug":"policy-brief-n05-digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft","link":"https://nfp73.ch/download/73/230330_SNF_NFP73_PB_Finger_EN.pdf?inline=true","bild":{"id":1173,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64395c190115a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64395c190115a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64395c190115a.jpg"},"datum":"2023-04-14","type":"policy-briefs","parent":910},{"id":1239,"title":"Digital innovations for sustainable agriculture","slug":"digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft","link":"https://youtu.be/7jgWZErdH24","bild":{"id":1125,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6384d18c82d13.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6384d18c82d13.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6384d18c82d13.jpg"},"datum":"2022-11-28","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":1406,"title":"Background ","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
In today's food system, there are considerable deficits in terms of both environmental and social sustainability: in the global north our dietary habits leave an inappropriately large ecological footprint, while in the global south the social deficits of the system – from malnutrition to child labour to gender discrimination – are particularly visible.
In a collaborative effort encompassing several projects, the National Research Programme “Sustainable Economy” (NRP 73) identifies existing deficits and proposes strategies to eliminate them. The following projects are involved:
It became clear that while the hitherto dominant theoretical approaches such as “multifunctionality” and “ecosystem services” played an important role in putting the market’s problem-solving capacity into perspective, they were not systemically oriented enough to properly address the problems at hand. One example of such systemic approaches is the need for national and trade-policy measures to run simultaneously where agricultural policies are concerned; another is the need for animal- and plant-based foods to be subject to different policies for ecological reasons. The growing problem of food waste and the new technological potential created by digitalised agriculture also call for policy innovations that take account of the numerous interdependencies in global ecosystems. It is precisely in such areas that there are currently no binding rules at either national or international level that would facilitate a fairer and more environmentally friendly agricultural system. The concept of the “just transition”, which has so far been applied mainly outside the agricultural sector, provides a suitable theoretical framework for this.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1409,"title":"Implication for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implication for research
\n\n
The National Research Programme “Sustainable Economy” (NRP 73) has identified important theoretical guidelines enabling researchers in the numerous problem areas of today's agricultural and food systems to contribute to the necessary policy innovations. System thinking and distribution sensitivity will play a central role in this.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1410,"title":"Implication for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implication for practice
\n\n
The NRP 73 projects have already given rise to a large number of practice-oriented ideas for addressing existing problems in the agricultural sector, both in terms of regulatory intervention and by providing advice and awareness-raising measures. Thus, numerous suggestions are now available to the executive and legislative bodies of government.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"ProjekteTeaser","data":{"id":716,"title":"Projekte","slug":"projekte","link":"/en/dev/part-data/landwirtschaft-und-ernaehrung-elemente/projekte","optionen":[],"projects":[{"id":135,"title":"Enhancing supply chain sustainability","slug":"enhancing-supply-chain-sustainability","link":"/en/projects/enhancing-supply-chain-sustainability","tags":[{"id":41,"slug":"company","title":"Company","link":"/en/tags/viewpoint/company","group":40},{"id":44,"slug":"ngos-and-civil-society","title":"NGOs and civil society","link":"/en/tags/viewpoint/ngos-and-civil-society","group":40},{"id":1106,"slug":"international-trade-and-security-of-supply","title":"International trade and security of supply","link":"/en/tags/focus/international-trade-and-security-of-supply","group":145},{"id":1110,"slug":"value-chain","title":"Value chain","link":"/en/tags/focus/value-chain","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1115,"slug":"ecosystem-and-climate","title":"Ecosystem and climate","link":"/en/tags/focus/ecosystem-and-climate","group":145}],"vorschaubild":{"id":77,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df7fcb6a3bb.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df7fcb6a3bb.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df7fcb6a3bb.jpg"},"kontakt":"Dr. Christian Schader","optionen":[],"technicalName":"","projektLink":"https://www.fibl.org/de/themen/projektdatenbank/projektitem/project/1478","topic":101,"sdg":303,"color":"#D28D0D","parts":[{"component":"TextBild","data":{"id":548,"title":"Enhancing supply chain sustainability","slug":"intro","link":"","textVorBild":"","bild":{"id":77,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df7fcb6a3bb.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df7fcb6a3bb.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df7fcb6a3bb.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":633,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/nachhaltigere-wertschoepfungsketten-elemente/medien-und-neuigkeiten","media":[{"id":1362,"title":"A sustainable food system in the 21st century?","slug":"ein-nachhaltiges-ernaehrungssystem-im-21-jahrhundert","link":"https://youtu.be/xiASPp7K4Z4","bild":{"id":1181,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_645dfaed47628.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_645dfaed47628.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_645dfaed47628.jpg"},"datum":"2023-05-12","type":"videos","parent":907},{"id":1350,"title":"Completed NRP 73 research project: Enhancing supply chain sustainability","slug":"abgeschlossenes-nfp-73-forschungsprojekt-nachhaltigere-wertschoepfungsketten","link":"/en/mediacenter/news/abgeschlossenes-nfp-73-forschungsprojekt-nachhaltigere-wertschoepfungsketten","datum":"2023-04-17","bild":{"id":1175,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_643d0bf587444.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_643d0bf587444.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_643d0bf587444.jpg"},"type":"news","parent":906}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":634,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
Swiss chocolate makers are increasingly held accountable for the environmental, social, and economic impacts of their supply chains. Despite numerous sustainability initiatives, many challenges remain, and diverse supply chain actors need to build resilience to better face increasing shocks in global chains. Addressing sustainability and resilience in supply chains requires an understanding of the current situation, the major challenges, and the effectiveness of sustainable sourcing practices.
The project followed three aims: 1) To assess the sustainability of specific supply chains providing cocoa to the Swiss market. Based on these results, we could then design, implement, and evaluate targeted interventions. 2) To evaluate the relationships between diverse supply chain partners and how farmers view the sustainable sourcing practices in their supply chains. 3) To advance resilience research by developing and testing a farm-level resilience assessment framework.
We found that the farm level had the largest environmental impact in cocoa supply chains, which are mainly influenced by land-use change and input use. When assessing farm-level sustainability through a comprehensive lense, major sustainabiltiy challenges were identified in the governance and social dimensions. While environmentally-friendly cocoa production brought important co-benefits regarding human health and resource conservation for farms' long-term productivity, these came at the expense of farm investment and profitability. The evaluation of the supply chain interventions targeting pesticide use on cocoa farms revealed that relying purely on farmer training is not sufficient to achieve the wide-spread adoption of sustainable cocoa farming practices.
\n\n
\n\n
Benefits and disadvantages of sustainable sourcing practices
\n\n
Farmers perceived both benefits and disadvantages from the sustainable sourcing practices in their supply chains. Farmers’ relationships with their direct buyers were complex and variable, with trust in, and commitment to, their direct buyers depending on a range of factors, including the duration of the professional relationship and the availability of competitors. Conflicts mainly arose due to prices, insufficient communication, and lack of support. The responding farmers collectively expressed a wish for training to be less theoretical, and to be more practice-oriented and supportive for the farmers.
\n\n
\n\n
Transformation and supply chain resilience capacity
\n\n
Short-term absorptive (e.g. economic robustness), medium-term adaptive (e.g. economic adaptability), and long-term transformative (e.g. social infrastructure) capacities are three distinct capacities defined by resilience theory. Our results showed that farmers with high short-term absorptive capacities, e.g. through diversified livelihoods or the adoption of good agricultural practices, could counter the effects of the Covid-19 pandemic more strongly. This suggests that studies on farm resilience should differentiate between the three individual capacities and address specific strategies against known risks, instead of aggregating results to one single resilience score. We also identified important ways in which farmers can increase their resilience, such as reduction of travel or cultivation of subsistance crops. This, however, holds important trade-offs with the general resilience of supply chains.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":636,"title":"Implications for research","slug":"bedeutung","link":"","textVorBild":"
Implications for research
\n\n
Our project extended the knowledge of sustainability and resilience of cocoa supply chains. The in-depth analysis at farm-level enabled us to identify the main trade-offs and synergies between sustainability dimensions. Environmental-social trade-offs included food security, dietary diversity, and on-farm job creation. Liquidity, profitability, and internal investments represented environmental-economic trade-offs. Synergies were found within the themes of human health and long-term productivity.
\n\n
We examined the effects of sustainable sourcing practices and developed suggestions for improvement. These include combining information measures with incentives, promoting good crop mangement for pesticide reduction, and strengthening the buyer-supplier relationships Two frameworks were developed and tested: one for buyer-supplier relationships within sustainable sourcing practices and another for general farm-level resilience assessments.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1345,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
Our findings and recommendations are mainly intended for our partners from the Swiss chocolate sector and to inform private sustainability governance along the cocoa and other global supply chains. However, the challenges they face: namely socio-economic challenges in producer communtities, insufficient adoption of good agricultural practices, and increasing legal requirements in consumer countries, are common in the cocoa sector. Therefore, the results and suggestions are also relevant to public stakeholders and institutions, and can support the establishment of effective interventions for supply chain sustainability.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":1143,"title":"Publications","slug":"publikationen","link":"/en/dev/part-data/nachhaltigere-wertschoepfungsketten-elemente/publikationen","optionen":[],"altLink":"https://data.snf.ch/grants/grant/172451","altDatei":[],"project":135}},{"component":"PersonTeaser","data":{"id":549,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/nachhaltigere-wertschoepfungsketten-elemente/kontakt","person":{"id":502,"title":"Dr. Christian Schader","slug":"dr-christian-schader","link":"/en/people/dr-christian-schader","bild":{"id":95,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6304f472a33f5.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6304f472a33f5.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6304f472a33f5.jpg"},"name":"Dr. Christian Schader","email":"christian.schader@fibl.org","telefon":"+41 62 865 04 16","addresse":"
Ackerstrasse 113 \nPostfach 219 \n5070 Frick
\n","institut":"
Forschungsinstitut für biologischen Landbau (FiBL)
The research project has given us a detailed insight into the sustainability of our cocoa supply chain and enabled us to develop strategies to promote it further.
\n","author":"Florian Studer","institution":"Schöki","role":"Head of Idea"}}}}],"intro":"
We developed and applied methods for assessing the sustainability and resilience of cocoa supply chains and evaluated interventions for improvement in a transdisciplinary setting. Our results contribute to improving the sustainability and resilience of the global chains that supply the Swiss market.
\n"},{"id":141,"title":"Digital innovations for sustainable agriculture","slug":"digital-innovations-for-sustainable-agriculture","link":"/en/projects/digital-innovations-for-sustainable-agriculture","tags":[{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1113,"slug":"digitisation","title":"Digitisation","link":"/en/tags/focus/digitisation","group":145},{"id":1115,"slug":"ecosystem-and-climate","title":"Ecosystem and climate","link":"/en/tags/focus/ecosystem-and-climate","group":145}],"vorschaubild":{"id":947,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_631a1af35391a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_631a1af35391a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_631a1af35391a.jpg"},"kontakt":"Prof. Dr. Robert Finger","optionen":[],"technicalName":"","projektLink":"https://innofarm-projekt.org/","topic":103,"sdg":303,"color":"#D28D0D","parts":[{"component":"TextBild","data":{"id":560,"title":"Digital innovations for sustainable agriculture","slug":"intro","link":"","textVorBild":"","bild":{"id":947,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_631a1af35391a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_631a1af35391a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_631a1af35391a.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":654,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft-elemente/medien-und-neuigkeiten","media":[{"id":1369,"title":"Podcast E13: Mehr produzieren, aber den Umweltfussabdruck reduzieren ...","slug":"podcast-e13-mehr-produzieren-aber-den-umweltfussabdruck-reduzieren","link":"https://open.spotify.com/episode/2OblQ4CtlgYU6VGc69K4C5?si=b5f4efddac394efa","bild":{"id":1187,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64a3d1f719c4b.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64a3d1f719c4b.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64a3d1f719c4b.jpg"},"datum":"2023-07-03","type":"podcasts","parent":908},{"id":1348,"title":"Policy Brief N°5: Digital innovations for sustainable agriculture","slug":"policy-brief-n05-digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft","link":"https://nfp73.ch/download/73/230330_SNF_NFP73_PB_Finger_EN.pdf?inline=true","bild":{"id":1173,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64395c190115a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64395c190115a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64395c190115a.jpg"},"datum":"2023-04-14","type":"policy-briefs","parent":910},{"id":1252,"title":"Completed NRP 73 research project: Digital innovations for sustainable agriculture","slug":"completed-nrp-73-research-project-digital-innovations-for-sustainable-agriculture","link":"/en/mediacenter/news/completed-nrp-73-research-project-digital-innovations-for-sustainable-agriculture","datum":"2022-12-16","bild":{"id":947,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_631a1af35391a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_631a1af35391a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_631a1af35391a.jpg"},"type":"news","parent":906},{"id":1239,"title":"Digital innovations for sustainable agriculture","slug":"digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft","link":"https://youtu.be/7jgWZErdH24","bild":{"id":1125,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6384d18c82d13.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6384d18c82d13.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6384d18c82d13.jpg"},"datum":"2022-11-28","type":"videos","parent":907},{"id":1182,"title":"Finger - Digital innovations for sustainable agriculture","slug":"finger-digital-innovations-for-sustainable-agriculture","link":"https://www.youtube.com/watch?v=BOYXxtQuje4","bild":{"id":1029,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_633584bc15cfd.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_633584bc15cfd.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_633584bc15cfd.jpg"},"datum":"2018-02-01","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":655,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
New digital technologies are making it possible to use agricultural production factors such as fertilisers and plant protection agents with greater precision, thereby increasing the environmental compatibility of farming without reducing food output. A holistic approach to technical, agronomic, and socio-economic factors can generate added value for the Swiss agricultural and agri-food system.
The aim of the project was to highlight how new information and communication technologies, such as the use of remote sensing (e.g. via satellites or drones), could contribute to the sustainable development of Swiss agriculture. We examined new applications – e.g. in the use of drones – relating to fertiliser usage and quantified their environmental impact. The aim was also to determine the costs and benefits of digital technologies, thereby providing a decision-making basis for management and policy measures.
Our findings from several field trials show that sensors can precisely measure the uneven distribution and emission of nitrogen compounds in the field. Thus information from satellites or drones can help significantly to reduce nitrogen use without affecting yield. The measurements of greenhouse gas emissions also imply that optimised fertiliser application and crop rotation with a high degree of coverage all the year round can have a positive environmental impact.
\n\n
\n\n
Demand for reliable precision technologies is increasing
\n\n
The economic analysis of precision agriculture procedures shows that, although there is financial added value for farmers, this is often too small to justify large investments in digital technologies. However, rising fertiliser prices are making these technologies a more attractive proposition. Cross-enterprise collaboration and state support are also increasing the demand for precision agriculture. Surveys show that Swiss farmers are open to the idea of precision agriculture if the technology is reliable and technical support is available.
\n\n
\n\n
Digital innovation calls for a holistic approach
\n\n
From an agricultural policy point of view, our findings show that a holistic approach is needed to any possible funding of digital innovations in agriculture. There are five key aspects to this:
\n\n
1) Digital infrastructure needs to be more broadly established.
\n\n
2) Knowledge of new technologies has to be promoted. This requires training, and dialogue in farming networks.
\n\n
3) There need to be clear rules on how data from different stakeholders can be used.
\n\n
4) Since it would not make sense for every farm to make major investments, overarching perspectives are required.
\n\n
5) Policy measures should not be geared to specific technologies, but explicitly to reducing environmental footprint with no detriment to production.
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":657,"title":"Implications for research","slug":"bedeutung","link":"","textVorBild":"
Implications for research
\n\n
The interdisciplinary research carried out by the InnoFarm project has shown the importance of taking a holistic view of the challenges posed by new digital technologies. The project made specific technical research contributions in relation to the use of imaging procedures and measured the exchange of gases on arable farmland. Moreover, by linking these findings with agronomic research and incorporating them into agricultural policy deliberations, it was able to highlight new research perspectives for sustainable agriculture.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1271,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
The project provides a knowledge base for the use of precision technologies and fertilisers and for crop rotation decisions in Swiss agriculture. However, the findings also show that government must play a key role in realising the environmental and economic potential of these technologies. All stakeholders need to work together to enable new information and communication technologies to play their part in sustainable agriculture.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":1139,"title":"Publications","slug":"publications","link":"/en/dev/part-data/digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft-elemente/publications","optionen":[],"altLink":"","altDatei":[],"project":141}},{"component":"PersonTeaser","data":{"id":561,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/digitale-innovationen-fuer-eine-nachhaltige-landwirtschaft-elemente/kontakt","person":{"id":497,"title":"Prof. Dr. Robert Finger","slug":"prof-dr-robert-finger","link":"/en/people/prof-dr-robert-finger","bild":{"id":914,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_630efa0cf0dfd.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_630efa0cf0dfd.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_630efa0cf0dfd.jpg"},"name":"Prof. Dr. Robert Finger","email":"rofinger@ethz.ch","telefon":"+41 44 632 53 92","addresse":"
Sonneggstrasse 33 \n8092 Zürich
\n","institut":"
Group for Agricultural Economics and Agricultural Policy, ETH Zurich
Swiss agriculture is facing major challenges. Projects like this one enable cooperation between research, extension services and farmers. They help to ensure that Switzerland remains at the forefront with innovative technologies.
\n","author":"Michael Feitknecht","institution":"Fenaco","role":"Head of Department Crop Production and Member of the Executive Board"},"testimonial-2":{"id":1102,"title":"Testimonial 2","slug":"testimonial-2","link":"/en/dev/part-data/testimonials-testimonials/testimonial-2","quote":"
The collaboration with the research team was beneficial uncomplicated and unbureaucratic, especially during the difficult Corona pandemic - and certainly the research project was a great benefit for everyone.
\n","author":"Andreas Schwab","institution":"Solothurner Bauernverband Dienstleistungen AG","role":"Managing Director SOBV"},"testimonial-3":{"id":1103,"title":"Testimonial 3","slug":"testimonial-3","link":"/en/dev/part-data/testimonials-testimonials/testimonial-3","quote":"
With the support of the latest technologies, we strengthen our agriculture and food sector - the research project is an examplary proof of this. Digitalisation increases competitiveness, promotes sustainability and simplifies the administrative burden. These are precisely the goals we are also pursuing with Swiss agricultural policy.
\n","author":"Christian Hofer","institution":"Bundesamt für Landwirtschaft","role":"Director Federal Office for Agriculture "}}}}],"intro":"
New information and communication technologies have the potential to reduce the environmental footprint of Swiss agriculture without restricting food output. Political support, amongst other things, is needed to realise the potential of precision agriculture.
\n"},{"id":137,"title":"Sustainable Trade Relations for Diversified Food Systems","slug":"sustainable-trade-relations-for-diversified-food-systems","link":"/en/projects/sustainable-trade-relations-for-diversified-food-systems","tags":[{"id":41,"slug":"company","title":"Company","link":"/en/tags/viewpoint/company","group":40},{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1106,"slug":"international-trade-and-security-of-supply","title":"International trade and security of supply","link":"/en/tags/focus/international-trade-and-security-of-supply","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1112,"slug":"education-skills-and-social-welfare","title":"Education, skills and social welfare","link":"/en/tags/focus/education-skills-and-social-welfare","group":145},{"id":1115,"slug":"ecosystem-and-climate","title":"Ecosystem and climate","link":"/en/tags/focus/ecosystem-and-climate","group":145}],"vorschaubild":{"id":951,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_631a1c948d4e3.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_631a1c948d4e3.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_631a1c948d4e3.jpg"},"kontakt":"Dr. iur. Elisabeth Bürgi Bonanomi","optionen":[],"technicalName":"","projektLink":"https://www.cde.unibe.ch/research/projects/sustainable_trade_relations_for_diversified_food_systems/index_eng.html","topic":718,"sdg":303,"color":"#D28D0D","parts":[{"component":"TextBild","data":{"id":558,"title":"Sustainable Trade Relations for Diversified Food Systems","slug":"intro","link":"","textVorBild":"","bild":{"id":951,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_631a1c948d4e3.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_631a1c948d4e3.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_631a1c948d4e3.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":648,"title":"Medien und Neuigkeiten","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/diversifizierte-ernaehrungssysteme-dank-nachhaltiger-handelsbeziehungen-elemente/medien-und-neuigkeiten","media":[{"id":1427,"title":"Sustainable Agricultural Trade: Turning an NRP73 Project into a Book","slug":"nachhaltiger-agrarhandel-die-buchumsetzung-eines-nfp73-projekts","link":"/en/mediacenter/news/nachhaltiger-agrarhandel-die-buchumsetzung-eines-nfp73-projekts","datum":"2024-04-10","bild":{"id":1398,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_66152e4d183d2.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_66152e4d183d2.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_66152e4d183d2.jpg"},"type":"news","parent":906},{"id":1370,"title":"Podcast E14: Differenzierung im Handel, mit Fokus auf Produktionsbedingungen ...","slug":"podcast-e14-differenzierung-im-handel-mit-fokus-auf-produktionsbedingungen","link":"https://open.spotify.com/episode/4Yt7EEUAdtlLJ6r7sawMfT?si=a38d8dcb91864ea1","bild":{"id":1188,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_64a3d29474da0.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_64a3d29474da0.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_64a3d29474da0.jpg"},"datum":"2023-07-03","type":"podcasts","parent":908},{"id":1362,"title":"A sustainable food system in the 21st century?","slug":"ein-nachhaltiges-ernaehrungssystem-im-21-jahrhundert","link":"https://youtu.be/xiASPp7K4Z4","bild":{"id":1181,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_645dfaed47628.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_645dfaed47628.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_645dfaed47628.jpg"},"datum":"2023-05-12","type":"videos","parent":907},{"id":1351,"title":"Completed NRP 73 research project: Sustainable trade relations for diversified food systems","slug":"abgeschlossenes-nfp-73-forschungsprojekt-diversifizierte-ernaehrungssysteme-dank-nachhaltiger-handelsbeziehungen","link":"/en/mediacenter/news/abgeschlossenes-nfp-73-forschungsprojekt-diversifizierte-ernaehrungssysteme-dank-nachhaltiger-handelsbeziehungen","datum":"2023-04-17","bild":{"id":1176,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_643d0f43e44d3.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_643d0f43e44d3.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_643d0f43e44d3.jpg"},"type":"news","parent":906}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":649,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
Diversified food systems are more sustainable than specialised ones. They support ecological and economic diversification, distribute social benefits equitably, and contribute to a diversified food basket. But their products tend to be outcompeted by products from specialised systems. Governments are seeking ways to incentivise sustainable food production and disincentivise unsustainable production by complementing and strengthening private-sector approaches in a balanced and proportionate way.
The project objective was to concretise Article 104a lit. d of the Swiss Federal Constitution, which requires the Swiss government to provide for “cross-border trade relations that contribute to the sustainable development of the agriculture and food sector”. By developing model sustainability-focused trade regulations, the project aimed to inform and inspire both domestic and international governance, with a view to supporting sustainable and diversified food systems worldwide.
The project informed the debate via engaged discussions, a variety of papers and a concrete legal response. A focused synthesis process resulted in a proposal for a “Federal Act on Sustainable Trade in Agriculture” (Bundesgesetz über nachhaltigen Agrarhandel), designed to inform the Swiss government and other relevant actors. The proposed act integrates outcomes of the analytical part of the project. A ‘storyline’ of results is available on the project’s web page, with links to scientific papers. Key results include:
\n\n
\n\n
\n
Article 104a lit. d of the Swiss Federal Constitution obligates the Confederation to create conditions for cross-border trade relations to foster sustainable development of the food sector.
\n
An optimal legal framework will combine enabling and disabling measures.
\n
Assessment procedures should be trust-, knowledge- and context-based, and partnership approaches should take preference.
\n
Existing WTO rules do not make it easy for states to draw distinctions between sustainable and unsustainable products. Nonetheless, states have room for manoeuvre. The EFTA–Indonesia agreement provides an inspiring regulatory innovation - tariff preferences for palmoil if produced in a sustainable way - that should be further developed.
\n
In the past, entrenched narratives made it difficult to use the room for manoeuvre in trade law to foster sustainability.
\n
While there is no single international standard on sustainable food systems, a certain “common understanding of sustainable food systems” does exist. Some issues remain controversial.
\n
Private-sector labels for sustainability, for instance in the fish sector, are not enough to promote imports of sustainable goods. Similarly, voluntary industry alliances for “responsible” sourcing, such as the sector agreement on soy imports, are only partly effective. Public governance needs to complement such approaches in a balanced and proportionate way.
\n
Context-sensitive solutions require the recognition of affordable, bottom-up certification schemes and “home-grown” landscape approaches. Alternative ways of building trust beyond certification schemes – such as relationship-based, short value chains - are also available.
\n
The Swiss domestic policy framework on agriculture contains a range of inconsistencies that must be tackled if trade relations are to be linked to production processes, in order to be coherent.
\n
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":1360,"title":"Implications for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implications for research
\n\n
The project clearly helped to push long-established frontiers in the “trade and sustainability” debate, which is gaining momentum in academia. With each paper, we informed another academic community, while advancing the debate on sustainable food systems with regard to trade relations and public-private interaction to strengthen sustainable production processes. We chose an innovative synthesis approach (‘federal act’) that considered the needs of policymakers. This approach may inspire future solution-oriented research projects.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":651,"title":"Implications for practice","slug":"bedeutung","link":"","textVorBild":"
Implications for practice
\n\n
Our innovative synthesis (‘federal act’) illustrates in concrete terms how governments can distinguish between more and less sustainably produced food in their trade relations without violating basic principles of the regulatory trade framework, including the principle of non-discrimination. While concrete policies have not yet been adapted, the debate, especially in Switzerland and the EU, is pointing strongly in the proposed direction.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":1132,"title":"Publications","slug":"publications","link":"/en/dev/part-data/diversifizierte-ernaehrungssysteme-dank-nachhaltiger-handelsbeziehungen-elemente/publications","optionen":[],"altLink":"https://data.snf.ch/grants/grant/185603","altDatei":[],"project":137}},{"component":"PersonTeaser","data":{"id":559,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/diversifizierte-ernaehrungssysteme-dank-nachhaltiger-handelsbeziehungen-elemente/kontakt","person":{"id":498,"title":"Dr. iur. Elisabeth Bürgi Bonanomi","slug":"dr-iur-elisabeth-buergi-bonanomi","link":"/en/people/dr-iur-elisabeth-buergi-bonanomi","bild":{"id":98,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6305c0aede19a.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6305c0aede19a.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6305c0aede19a.jpg"},"name":"Dr. iur. Elisabeth Bürgi Bonanomi","email":"elisabeth.buergi@unibe.ch","telefon":"+41 31 631 39 40","addresse":"
Mittelstr. 43 \n3012 Bern
\n","institut":"
Attorney at Law \nCo-Head Impact Area Sustainability Governance \nCentre for Development and Environment CDE, Universität Bern
Manuel Flury \nSwiss Agency for Development and Cooperation SDC
\n\n
Christian Disler \nSwiss Agency for Development and Cooperation SDC
\n\n
Karin Büchel \nStaatsekretariat für Wirtschaft (SECO)
\n\n
Krisztina Bende \nBundesamt für Landwirtschaft (BLW)
\n\n
Kate Dassesse \nBundesamt für Landwirtschaft (BLW)
\n\n
Bernard Lehmann \nEhemals Bundesamt für Landwirtschaft (BLW)
\n\n
Daniel Laeubli \nMigros/Micarna
\n\n
Manuela Stiffler \nFairtrade Max Havelaar Switzerland
\n\n
Tobias Joos \nCrowd Container
\n\n
Annemarie Sancar \nWomen in Development Europe (WIDE)
\n\n
Frank Eyhorn \nBiovision
\n\n
Daniela Hoffmann \nWWF
\n\n
Thomas Wirth \nWWF
\n\n
Christine Badertscher \nSwissaid
\n\n
Isolda Agazzi \nAlliance Sud
\n\n
Beat Röösli \nSchweizerischer Bauernverband (SBV)
\n","optionen":[]}}],"intro":"
Transforming food systems requires addressing both domestic production and trade. We developed a concrete legal proposal to show how governments can create more nuanced, sustainable trade relations by supporting vulnerable but highly sustainable food systems while disabling particularly harmful ones.
\n"},{"id":310,"title":"Impacts of Swiss food consumption and trade","slug":"impacts-of-swiss-food-consumption-and-trade","link":"/en/projects/impacts-of-swiss-food-consumption-and-trade","tags":[{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":44,"slug":"ngos-and-civil-society","title":"NGOs and civil society","link":"/en/tags/viewpoint/ngos-and-civil-society","group":40},{"id":45,"slug":"consumers","title":"Consumers","link":"/en/tags/viewpoint/consumers","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1107,"slug":"retail-trade-and-consumption","title":"Retail trade and consumption","link":"/en/tags/focus/retail-trade-and-consumption","group":145},{"id":1112,"slug":"education-skills-and-social-welfare","title":"Education, skills and social welfare","link":"/en/tags/focus/education-skills-and-social-welfare","group":145}],"vorschaubild":{"id":65,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debf4d38f45.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debf4d38f45.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debf4d38f45.jpg"},"kontakt":"Prof. Dr.-Ing. Alexander Mathys","optionen":["full"],"technicalName":"","projektLink":"https://sfp.ethz.ch/research/multi-indicator-sustainability-assessment.html","topic":103,"sdg":303,"color":"#D28D0D","parts":[{"component":"TextBild","data":{"id":312,"title":"Impacts of Swiss food consumption and trade","slug":"ernaehrungsbezogene-kombinierte-umweltvertraeglichkeitspruefung-des-schweizer-lebensmittelkonsums-und-handels","link":"","textVorBild":"","bild":{"id":65,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62debf4d38f45.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62debf4d38f45.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62debf4d38f45.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":327,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/ernaehrungsbezogene-kombinierte-umweltvertraeglichkeitspruefung-des-schweizer-lebensmittelkonsums-und-handels-elemente/medien-und-neuigkeiten","media":[{"id":1362,"title":"A sustainable food system in the 21st century?","slug":"ein-nachhaltiges-ernaehrungssystem-im-21-jahrhundert","link":"https://youtu.be/xiASPp7K4Z4","bild":{"id":1181,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_645dfaed47628.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_645dfaed47628.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_645dfaed47628.jpg"},"datum":"2023-05-12","type":"videos","parent":907},{"id":923,"title":"Multi-indicator sustainability assessment of global food systems","slug":"multi-indicator-sustainability-assessment-of-global-food-systems","link":"/en/mediacenter/news/multi-indicator-sustainability-assessment-of-global-food-systems","datum":"2018-03-26","bild":{"id":836,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_63087296486f0.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_63087296486f0.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_63087296486f0.jpg"},"type":"news","parent":906},{"id":1181,"title":"Mathys - Impacts of Swiss food consumption and trade","slug":"mathys-impacts-of-swiss-food-consumption-and-trade","link":"https://www.youtube.com/watch?v=h0gq5R33GzY","bild":{"id":1028,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_6335846844838.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_6335846844838.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_6335846844838.jpg"},"datum":"2018-02-01","type":"videos","parent":907}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":320,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
\n\n
Global food demand will increase by approximately 70 percent by 2050. Agriculture and food production have the greatest impacts on resource use and environmental sustainability. In addition, diet-related illnesses are the most common cause of health impairments and death. Ensuring adequate nutrition while minimising environmental impacts, is thus becoming an ever-greater challenge. Food systems around the world face this increasing challenge to meet human nutrition needs in sustainable ways.
We aimed at developping a new framework that combines a multi-indicator-based environmental impact assessment with a nutritional quality assessment in order to evaluate the sustainability of national food systems.
This project first presents a global-scale analysis quantifying the sustainability status of national food systems with 25 indicators across seven metrics. No country can claim to have perfectly sustainable food systems. Switzerland, like most high-income countries, scores well on most social indicators, but poorly on environmental, food waste and health sensitive nutrition indicators. Low-income countries have low per-capita food related environmental footprint but perform poorly in nutrition and social indicators.
\n\n
Next, our scenarios analysis of Swiss dietary changes shows the magnitude of possible benefits for Switzerland regarding the environmental, health, and economic impact if it transits towards sustainable dietary patterns. A shift from the current Swiss average diet to a healthy diet following the guidelines of Swiss society of nutrition (https://www.sge-ssn.ch/) is projected to result in 36% lesser environmental footprint, 33% lesser expenditure, and 2.7% lower diet-related health risk. A shift to the vegetarian and vegan diet scenarios might lead to a reduction in intakes of certain micronutrients currently supplied primarily by animal-sourced foods (Vitamin B12, Choline, and Calcium).
\n\n
The assessment of global food waste shows that a global average of 65 kg of food is wasted per year per person. This amount of food waste could provide a healthy diet for one person for 18 days in terms of the 25 nutrients considered in our analysis. The embedded environmental footprints in an average person's daily food waste are 124 g CO2 eq., 58 liter freshwater use, 0.36 m2 cropland use, 2.90 g nitrogen and 0.48 g phosphorus use. Different countries have widely varying nutrients and environmental footprints embedded in their food waste entailing country-specific dietary habits and waste reduction interventions. High-income countries waste six times more food per capita than low-income countries, and the embedded environmental impacts are ten times higher than in low-income countries.
\n\n
Finally, on the level of individual comestibles, our nutritional combined environmental impact assessment provides a useful tool that links the aggregated nutritional value, such as the nutrient balance score, with LCA analysis to simultaneously evaluate the nutrient density per unit sustainability of food products. \n
\n","bild":[],"textNachBild":"","optionen":["highlighted"],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":686,"title":"Implications for research","slug":"bedeutung-fuer-die-forschung","link":"","textVorBild":"
Implications for research
\n\n
Results from our study show that food system metrics employed to measure the current or future sustainability status should be intrinsically holistic and capable of detecting trade-offs across different economic, environmental, and social elements. The results contribute to the existing efforts on investigating dietary choices and food waste across the globe. \nOur project can provide templates and quantifiable tools for conducting sustainability-oriented food studies in other settings.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"TextBild","data":{"id":324,"title":"Implications for practice","slug":"bedeutung-fuer-die-praxis","link":"","textVorBild":"
Implications for practice
\n\n
Our nation-specific quantitative analysis can help policy-makers set improvement targets on specific areas and adopt practices while tracking all other sustainability indicators. The multi-indicator approach allows to evaluate the impact of alternative strategies aimed at a particular aspect, while at the same time monitoring the impact on other food system metrics. The holistic analysis demonstrated in our project thus contributes to advancing the sustainability evaluation framework. It provides insights into the potential impact of interventions intended to improve both human and planetary health.
\n","bild":[],"textNachBild":"","optionen":[],"internerLink":[],"linkText":""}},{"component":"Publikationen","data":{"id":685,"title":"Publications","slug":"publikationen","link":"/en/dev/part-data/ernaehrungsbezogene-kombinierte-umweltvertraeglichkeitspruefung-des-schweizer-lebensmittelkonsums-und-handels-elemente/publikationen","optionen":["parent"],"altLink":"","altDatei":[],"project":310}},{"component":"PersonTeaser","data":{"id":316,"title":"Contact","slug":"kontakt","link":"/en/dev/part-data/ernaehrungsbezogene-kombinierte-umweltvertraeglichkeitspruefung-des-schweizer-lebensmittelkonsums-und-handels-elemente/kontakt","person":{"id":317,"title":"Prof. Dr.-Ing. Alexander Mathys","slug":"prof-dr-ing-alexander-mathys","link":"/en/people/prof-dr-ing-alexander-mathys","bild":{"id":1052,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_635f85b5ec1d9.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_635f85b5ec1d9.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_635f85b5ec1d9.jpg"},"name":"Prof. Dr.-Ing. Alexander Mathys","email":"alexander.mathys@hest.ethz.ch","telefon":" +41 44 632 97 63","addresse":"
LFO E 12.2 \nSchmelzbergstrasse 9, 8092 Zürich
\n","institut":"
Institute of Food, Nutrition and Health, ETH Zürich
The research project gave us an exciting opportunity to work together with experts from academia and discuss potential solutions for a more sustainable food system. The results demonstrate that all countries need to change certain aspects of their food systems. High-income countries such as Switzerland need to lower their environmental footprint whereas low-income countries need to improve social and nutritional factors. These results enforce us at Planted even more to provide healthy and delicious food solutions that are produced in a sustainable fashion.
\n","author":"Patrick Rühs","institution":"Planted Foods","role":"Head of Science"},"t2":{"id":731,"title":"t2","slug":"t2","link":"/en/dev/part-data/testimonials-testimonials/t2","quote":"
The work of Prof. Alexander Mathys and his team has set an important milestone in understanding, quantifying and identifying the key levers for realizing sustainable food systems. The merit is in the comprehensive nature of the research that includes economic, environmental and social aspects of food and also looks beyond Switzerland. The results can serve as a solid scientific basis for dietary recommendations. At Bühler we particularly value the conceptual approach as powerful tool for designing food products and processes for sustainably food supply.
In a world with limited resources and an increasing population, a transition towards sustainable dietary patterns and a reduction in food waste is needed. Global and national efforts to optimise food systems, can significantly contribute towards the achievement of the Sustainable Development Goals of Agenda 2030.
\n"},{"id":515,"title":"Interaction of economy and ecology in Swiss farms","slug":"interaction-of-economy-and-ecology-in-swiss-farms","link":"/en/projects/interaction-of-economy-and-ecology-in-swiss-farms","tags":[{"id":42,"slug":"bodies-confederation-cantons-municipalities","title":"Bodies (Confederation, cantons, municipalities)","link":"/en/tags/viewpoint/bodies-confederation-cantons-municipalities","group":40},{"id":43,"slug":"politics","title":"Politics","link":"/en/tags/viewpoint/politics","group":40},{"id":1105,"slug":"resource-scarcity-and-resource-efficiency","title":"Resource scarcity and resource efficiency","link":"/en/tags/focus/resource-scarcity-and-resource-efficiency","group":145},{"id":1108,"slug":"ecodesign-business-models-and-production","title":"Ecodesign, business models and production","link":"/en/tags/focus/ecodesign-business-models-and-production","group":145},{"id":1109,"slug":"life-cycle-assessment-lca","title":"Life Cycle Assessment (LCA)","link":"/en/tags/focus/life-cycle-assessment-lca","group":145},{"id":1111,"slug":"policy-instruments-and-legal-framework","title":"Policy instruments and legal framework","link":"/en/tags/focus/policy-instruments-and-legal-framework","group":145},{"id":1115,"slug":"ecosystem-and-climate","title":"Ecosystem and climate","link":"/en/tags/focus/ecosystem-and-climate","group":145}],"vorschaubild":{"id":67,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df77dcbcf22.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df77dcbcf22.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df77dcbcf22.jpg"},"kontakt":"Dr. Thomas Nemecek","optionen":[],"technicalName":"","projektLink":"","topic":103,"sdg":303,"color":"#D28D0D","parts":[{"component":"TextBild","data":{"id":517,"title":"Interaction of economy and ecology in Swiss farms","slug":"intro","link":"","textVorBild":"","bild":{"id":67,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_62df77dcbcf22.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_62df77dcbcf22.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_62df77dcbcf22.jpg"},"textNachBild":"","optionen":["cropped"],"internerLink":[],"linkText":""}},{"component":"MediaTeaser","data":{"id":593,"title":"Media and news","slug":"medien-und-neuigkeiten","link":"/en/dev/part-data/zusammenspiel-von-oekonomie-und-oekologie-in-schweizer-landwirtschaftsbetrieben-elemente/medien-und-neuigkeiten","media":[{"id":1362,"title":"A sustainable food system in the 21st century?","slug":"ein-nachhaltiges-ernaehrungssystem-im-21-jahrhundert","link":"https://youtu.be/xiASPp7K4Z4","bild":{"id":1181,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_645dfaed47628.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_645dfaed47628.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_645dfaed47628.jpg"},"datum":"2023-05-12","type":"videos","parent":907},{"id":1253,"title":"Completed NRP 73 research project: Interaction of economy and ecology in Swiss farms","slug":"completed-nrp-73-research-project-interaction-of-economy-and-ecology-in-swiss-farms","link":"/en/mediacenter/news/completed-nrp-73-research-project-interaction-of-economy-and-ecology-in-swiss-farms","datum":"2022-12-16","bild":{"id":1138,"alt":false,"caption":false,"small":"https://nfp73.b-cdn.net/public/images/gallery/preview_639f0b6bf156d.jpg","normal":"https://nfp73.b-cdn.net/public/images/gallery/normal_639f0b6bf156d.jpg","large":"https://nfp73.b-cdn.net/public/images/gallery/retina_full_639f0b6bf156d.jpg"},"type":"news","parent":906}],"optionen":["parent"]}},{"component":"TextBild","data":{"id":519,"title":"Background","slug":"hintergrund","link":"","textVorBild":"
Background
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Agricultural production in Switzerland and elsewhere finds itself under increased pressure to improve its environmental performance. At the same time, the economic performance – and notably the income of family workers – is often low. For example, in Switzerland the average income of family workers in agriculture is routinely below the comparative income in the secondary and tertiary sectors. However, there are large differences in the environmental and economic performance between the agricultural product groups. Therefore, we need to analyse performance at product group level.
This project seeks to gain a better understanding of
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the variability in both economic and environmental performance within product groups.
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the relationship between environmental and economic performance within product groups.
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Furthermore, the project aims at finding drivers and developing recommendations on how to enable and help agricultural producers with below-average environmental or economic performance to match the performance of their peers.
Differences in environmental and economic performance by product group and region
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We found a high degree of variability in both the economic and environmental performance between and within the analysed product groups (milk, beef, cereals, beets and potatoes). Differences within each product group are mainly the result of effects of the farming region (valley, hills or mountains) and farming system (Organic or Proof of Ecological Performance).
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Out of these factors, the largest effects were linked to the production region. Production in the valley region of Switzerland showed the highest environmental efficiency, as this region has the most favourable conditions for agricultural production, followed by the hill and mountain regions.
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Environmental efficiency differences between farming systems
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The differences between the two farming systems Organic and Proof of Ecological Performance (PEP) were less pronounced, with organic farming showing slightly higher environmental efficiency than PEP. However, for cereals production, the environmental efficiency was higher for PEP than for the Organic farming system. This can be partially explained by the relatively high share of extenso producers, who do not use pesticides, insecticides or fungicides. Overall, we found only minor differences between the farming systems.
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No trade-offs between environmental efficiency and economic performance
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The economic analysis of family workers’ income showed a high degree of variability between as well as within the product groups. Notably for the animal product groups milk and cattle, some cases of negative income per produced output unit were observed. In case of a switch to arable crops we would expect an improvement in environmental efficiency.
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Analysis of the correlation between environmental efficiency and economic performance within each product group showed no indication of trade-offs. On the contrary, we found significant evidence that producers with above median environmental efficiency are also more likely to achieve above median economic performance for the product groups milk and beef.
The joint application of a life cycle assessment and a data envelopment analysis proved to be a powerful methodological approach for aggregating environmental impacts and calculating environmental efficiency scores.
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Implications for practice
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The study identified considerable potential for improving the environmental efficiency and economic performance of Swiss agriculture. The high variability we found particularly for the product groups milk, cattle and potatoes, suggests there is potential for optimisation. Additionally we found no indication that an improvement in either environmental efficiency or economic performance would lead to lower performance in the respective other dimension.
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In Swiss agriculture environmental friendly production and economic viability can go hand in hand. The high variability in performance points to a considerable potential for improvement in both dimensions. Producing food, generating income and preserving the environment are not contradictions.
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The research project has three focal areas. The first entails an analysis of legal obstacles and incentives that would encourage the food industry to reduce food waste. This will be done by investigating both voluntary measures and regulatory approaches. The second looks at the introduction of legal incentives to motivate manufacturers to produce goods with a long life time and to encourage consumers to keep those goods in use for as long as possible. This will involve extensive comparative analyses for the purpose of assessing the feasibility of implementation in Switzerland. The third involves bringing the two project work streams together in synthesis to analyse whether there are commonalities on which to base proposals for resource-conserving legislation.
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Background
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Global demand for goods and food has intensified in recent years, and as yet the trend shows no sign of abating. Simultaneously, the life and service time of many products have become shorter and a large percentage of food goes to waste. In response to this situation, steps need to be taken to ensure the consumption of food and products is more sustainable. A suitable legal framework and behavioural change will be required not only in the relevant industries, but also among the consumers who will enable a resource-efficient circular economy.
The results of the research project will find direct application in Switzerland. They will support existing approaches avoiding food waste, promoting products with longer life times and encouraging repairs, and facilitating the development of new approaches. This will reduce waste generation in Switzerland and decrease resource consumption. Reducing food waste is a declared aim of Agenda 2030 and is specifically mentioned in Sustainable Development Goal 12 “Responsible Production and Consumption” as point 12.3. The project is a contribution to achieving this goal.
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Frohburgstrasse 3 \nPostfach 4466 \n6002 Luzern
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Chair of European Law, Public International Law and Comparative Law, University of Lucerne
The project aims to develop specific legal measures in support of projects to avoid food waste and encourage repairs that are already in progress. Furthermore, we intend to develop incentives that will motivate industry, manufacturers and consumers to design products with longer lifetime, use them more prudently and label food in such a way as to guarantee maximum usability. Finally, we will identify a legal framework for a resource-efficient circular economy.
The research project investigates which legal instruments could potentially be used to fight food waste and promote the life and service time of products, and thus promote a resource-efficient circular economy.
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Portrait
Sustainable Cities and Communities
Industry, innovation and infrastructure
Life on land
Responsible consumption and production
Cities and Mobility
Building and Construction
Finance
Circular economy
Forest Management
Supply Chains
Agriculture and Nutrition
Governance
Sustainable Behaviour
Decarbonisation of the transport sector
Post-fossil cities
Co-evolution of business strategies and resource policies in the building industry
Ecological footprint in the housing sector
Financing clean tech
Sustainable finance
Laboratory for circular economy
Towards a sustainable circular economy
Challenges of modular water infrastructure systems
Resource efficiency in Swiss hospitals
Ecosystem services in forests
Trade‐offs in forests
Insurance value of forest ecosystems
Enhancing supply chain sustainability
Sustainable Public Procurement (SPP)
Open assessment of Swiss economy and society
Digital innovations for sustainable agriculture
Impacts of Swiss food consumption and trade
Interaction of economy and ecology in Swiss farms
Switzerland’s sustainability footprint
Sustainable Trade Relations for Diversified Food Systems
Green labour market effects
Voluntary corporate environmental initiatives
Legal framework for a resource-efficient circular economy
Nudging small and medium-sized companies
Rebound Effects of the Sharing Economy
Sustainable consumer behaviour
Extending the lifespan of mobile devices
The influence of environmental identities
Agriculture and Nutrition
Concepts such as “ecosystem services” showed that the agricultural sector also performs important functions outside the market. The National Research Programme 73 has now made it clear that deep-seated problems can only be resolved by a systemic "just transition".
In today's food system, there are considerable deficits in terms of both environmental and social sustainability: in the global north our dietary habits leave an inappropriately large ecological footprint, while in the global south the social deficits of the system – from malnutrition to child labour to gender discrimination – are particularly visible.
Aim
In a collaborative effort encompassing several projects, the National Research Programme “Sustainable Economy” (NRP 73) identifies existing deficits and proposes strategies to eliminate them. The following projects are involved:
It became clear that while the hitherto dominant theoretical approaches such as “multifunctionality” and “ecosystem services” played an important role in putting the market’s problem-solving capacity into perspective, they were not systemically oriented enough to properly address the problems at hand. One example of such systemic approaches is the need for national and trade-policy measures to run simultaneously where agricultural policies are concerned; another is the need for animal- and plant-based foods to be subject to different policies for ecological reasons. The growing problem of food waste and the new technological potential created by digitalised agriculture also call for policy innovations that take account of the numerous interdependencies in global ecosystems. It is precisely in such areas that there are currently no binding rules at either national or international level that would facilitate a fairer and more environmentally friendly agricultural system. The concept of the “just transition”, which has so far been applied mainly outside the agricultural sector, provides a suitable theoretical framework for this.
Implication for research
The National Research Programme “Sustainable Economy” (NRP 73) has identified important theoretical guidelines enabling researchers in the numerous problem areas of today's agricultural and food systems to contribute to the necessary policy innovations. System thinking and distribution sensitivity will play a central role in this.
Implication for practice
The NRP 73 projects have already given rise to a large number of practice-oriented ideas for addressing existing problems in the agricultural sector, both in terms of regulatory intervention and by providing advice and awareness-raising measures. Thus, numerous suggestions are now available to the executive and legislative bodies of government.