M. Mergenthaler, Bruno Kezeya Sepngang, W. Stauss, F. Muel
{"title":"Prospective Cultivation Area of Field Peas Used in Animal Meat Substitutes in the EU","authors":"M. Mergenthaler, Bruno Kezeya Sepngang, W. Stauss, F. Muel","doi":"10.18461/IJFSD.V11I5.66","DOIUrl":null,"url":null,"abstract":"Meat alternatives from leguminous raw materials are expected to play an increasing role in human nutrition. The US Company Beyond Meat entered the EU retail market in the UK, the Netherlands and Germany with a pea-based vegan burger patty in 2019 which is seen as accelerating the trend towards plant-based meat alternatives in the EU. Pea protein isolate is the protein basis of the Beyond Meat burger patty. The raw material basis for the protein isolate can be assumed to be peas from the northern states of the US and from Canada. Additional global cultivation areas and additional general cultivation potential for peas are forecasted for the short to medium term. European peas may become increasingly used as raw materials in the future if the expected market growth evolves with a regional origin of the raw materials. This would result in additional sales potential for EU legume producers with growing cultivation areas. The aim of the present study is to estimate the prospective area of peas for pea-based meat alternatives in the EU within a simple model calculation. Various data sources were used to estimate the cultivation potential. In addition, plausible assumptions were made in case of unavailable data. To estimate future consumption shares, an expert panel was interviewed as part of the European joint project LegValue. Based on per capita consumption of animal meat, consumption volumes of pea-based meat alternatives were estimated. With a consumption share of 2 % for pea-based meat alternatives in the EU, the effects on the production volume and pea cultivation area remain relatively small. With an increased consumption share of pea-based meat alternatives of 12.5 % the pea cultivation area would rise to almost 100 % compared to the current cultivated area. By the third scenario with a consumption of 40 % pea-based meat, the cultivated area would triple. However, the additional share of the pea cultivation area in the total arable area in the EU would be only a small additional increase. Thus, increased pea cultivation would only have minor effects on competition for agricultural land. If pea-meat replaced animal meat, land used for animal feed production would become available.","PeriodicalId":37887,"journal":{"name":"International Journal on Food System Dynamics","volume":"11 1","pages":"441-450"},"PeriodicalIF":0.0000,"publicationDate":"2020-07-16","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"International Journal on Food System Dynamics","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.18461/IJFSD.V11I5.66","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Meat alternatives from leguminous raw materials are expected to play an increasing role in human nutrition. The US Company Beyond Meat entered the EU retail market in the UK, the Netherlands and Germany with a pea-based vegan burger patty in 2019 which is seen as accelerating the trend towards plant-based meat alternatives in the EU. Pea protein isolate is the protein basis of the Beyond Meat burger patty. The raw material basis for the protein isolate can be assumed to be peas from the northern states of the US and from Canada. Additional global cultivation areas and additional general cultivation potential for peas are forecasted for the short to medium term. European peas may become increasingly used as raw materials in the future if the expected market growth evolves with a regional origin of the raw materials. This would result in additional sales potential for EU legume producers with growing cultivation areas. The aim of the present study is to estimate the prospective area of peas for pea-based meat alternatives in the EU within a simple model calculation. Various data sources were used to estimate the cultivation potential. In addition, plausible assumptions were made in case of unavailable data. To estimate future consumption shares, an expert panel was interviewed as part of the European joint project LegValue. Based on per capita consumption of animal meat, consumption volumes of pea-based meat alternatives were estimated. With a consumption share of 2 % for pea-based meat alternatives in the EU, the effects on the production volume and pea cultivation area remain relatively small. With an increased consumption share of pea-based meat alternatives of 12.5 % the pea cultivation area would rise to almost 100 % compared to the current cultivated area. By the third scenario with a consumption of 40 % pea-based meat, the cultivated area would triple. However, the additional share of the pea cultivation area in the total arable area in the EU would be only a small additional increase. Thus, increased pea cultivation would only have minor effects on competition for agricultural land. If pea-meat replaced animal meat, land used for animal feed production would become available.
期刊介绍:
Understanding the development of the food system requires a system view that captures the complexity of the system and its many interrelationships with its economic, social and natural environments. The Journal accepts and offers papers within this broad range of issues focussing on the management, policy, marketing, consumer aspects, transparency, e-commerce, institutional or regional development, information and communication systems, ressource economics, production economics, chain management, network economics, and similar aspects. Papers may focus on modeling, empirical research or theoretical analyis. This broad range of publication opportunities asks authors to follow clear lines of arguments and to present arguments in a convincing way that avoids unnecessary complexities of model formulations if not relevant for the support of arguments. The publication of scientific articles is complemented by a number of sections that provide room for publications with a more specific focus: ''Case studies'': A section on case studies of the ''Harvard Type'' allows the publication of studies that might build on established scientific methodology but demonstrate its use in ceratin decision environments. Case studies might be complemented by ''teaching cases'' that are kept on a database outside the journal but accessible to readers on approval by authors. ''Research Forum'': It allows to discuss newly emerging research challenges or to contribute to ongoing scientific discussions on research problems. In addition, authors might initiate a discussion on issues brought up by articles published in the journal. ''Research Notes'': It provides room for specific shorter scientific contributions with a narrow scope.