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Documents disponibles dans cette catégorie (181)

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CONTEXT To design policies for sustainable irrigation planning, public decision-makers need knowledge about the potential environmental impacts of irrigated farming systems. In a previous paper, we proposed to couple Life Cycle Assessment (LCA) [...]![]()
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Food waste represents one of the major problems in the food industry, as it accounts for substantial social, economic, and environmental challenges due to the waste of resources along the food supply chain - such as waste of water, land, fertili[...]![]()
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E. Dorr ; B. Goldstein ; C. Aubry ; B. Gabrielle ; A. Horvath |There is increasing interest in evaluating the environmental performance of urban agriculture (UA), primarily using life cycle assessment (LCA). However, LCA has been applied to UA inconsistently, making it difficult to confidently compare or dr[...]![]()
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Soil plays an essential role as a habitat, source of nutrients and support for vegetation. Promoting food security and environmental sustainability of agricultural systems requires an integrated approach to soil fertility management. Agricultura[...]![]()
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I. Viveros Santos ; C. Renaud-Gentié ; P. Roux ; A. Levasseur ; C. Bulle ; L. Deschênes ; A.-M. Boulay |Viticulture needs to satisfy consumers' demands for environmentally sound grape and wine production while envisaging adaptation options to diminish the impacts of projected climate change on future productivity. However, the impact of climate ch[...]![]()
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A. Michalke ; S. Köhler ; L. Messmann ; A. Thorenz ; A. Tuma ; T. Gaugler |Agriculture is one of the world's biggest polluters. Consumers are misled towards demand of unsustainable and inadequately priced food products by an insufficient internalization of externalities. Shifting demand towards more sustainable dietary[...]![]()
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The global warming fight should focus on agriculture, especially on olive crops, due to their potential role in combating it. One of the leading olive oil-producing countries is Turkey; therefore, evaluating and quantifying the environmental imp[...]![]()
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E. Loiseau ; L. Jouve ; T. Salou ; M. Perignon ; S. Drogué ; P. Rollet ; P. Roux |The environmental challenges raised by urban food supply requirements must be addressed and sustainable local food policies need to be designed. For these reasons, the major areas of improvement should be identified in terms of both consumption [...]![]()
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F. Mohammadi Kashka ; Z. Tahmasebi Sarvestani ; H. Pirdashti ; A. Motevali ; M. Nadi ; M. Valipour |The increase in population has increased the need for agricultural and food products, and thus agricultural production should be increased. This goal may cause increases in emissions and environmental impacts by increasing the consumption of agr[...]![]()
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Offsetting environmental impacts beyond climate change: the Circular Ecosystem Compensation approach
D. Moore ; V. Bach ; M. Finkbeiner ; T. Honkomp ; H. Ahn ; M. Sprenger ; L. Froese ; D. Gratzel |Since the Paris Agreement entered into force, climate neutrality and associated compensation schemes are even more on the agenda of politics and companies. Challenges of existing offsetting schemes include the rather theoretical saving scenario [...]![]()
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T. Ding ; B. Steubing ; W.M.J. Achten |The life cycle assessment framework was adapted to the territorial level (the 'territorial LCA') to assess the environmental impacts and services of land-use planning scenarios. Given the various geographical conditions of the territory, the pot[...]![]()
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Understanding the systemic approach and its potential for decision-making is important for resource management, especially in agriculture in which increasing food demands and environmental and social issues are the main challenges. Therefore, mu[...]![]()
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A. Mendoza Beltran ; R. Padró ; M.J. La Rota-Aguilera ; J. Marull ; M.J. Eckelman ; J. Cirera ; A. Giocoli ; G. Villalba |Peri urban agriculture (peri-UA) can supply food locally and potentially more sustainably than far-away conventional agricultural systems. It can also introduce significant environmental impacts depending on the local biophysical conditions and [...]![]()
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The aim of this research is to define different scenarios that optimize the environmental sustainability of the post-harvest stage of vegetable products (cauliflower and brassicas mix). These scenarios considered different packaging materials; e[...]![]()
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S. Abbate ; P. Centobelli ; R. Cerchione ; G. Giardino ; R. Passaro |In recent years, sustainability concerns gained traction in the scientific literature on cleaner production, as well as in industry and application. In this regard, the circular economy (CE) is intended to contribute to the current ecological tr[...]![]()
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M. Zambelli ; V. Giovenzana ; A. Casson ; A. Tugnolo ; A. Pampuri ; S. Vignati ; R. Beghi ; R. Guidetti |When talking about environmental and sustainability topics, the wine sector plays a fundamental role ensuring that wine remains not only economically but also environmentally sustainable, hence the importance of conducting analyses to measure th[...]![]()
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Agricultural life cycle assessment (LCA) at the sub-national regional level may be a valuable input for the decision-makers. Obtaining representative and sufficient data to develop life cycle inventories (LCIs) at that level is a relevant challe[...]![]()
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T.P. Costa ; T.P. Costa ; J. Gillespie ; K. Pelc ; A. Adefisan ; M. Adefisan ; R. Ramanathan ; F. Murphy |Food is at the centre of efforts to combat climate change, reduce water stress, pollution, and conserve the world's wildlife. Assessing the environmental performance of food companies is essential to provide a comprehensive view of the productio[...]![]()
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Life cycle assessment (LCA) is applied to assess large-scale systems supporting policymaking. However, most LCA studies focused on evaluating the impacts of policies and strategic planning on a static basis ignoring the dynamic nature of the ter[...]![]()
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V. Vaglia ; J. Bacenetti ; F. Orlando ; S. Alali ; E. Bosso ; S. Bocchi |Rice cultivation has a key role in food security worldwide; on the other hand, it has a high potential impact on the environment and human health, mainly due to the extensive pesticides use and greenhouse gas emissions caused by flooded cultivat[...]![]()
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N. Casolani ; M. D'Eusanio ; L. Liberatore ; A. Raggi ; L. Petti |The application of Life Cycle Assessment (LCA) in the wine sector has received a particular attention in the last years. The inventory phase represents an important and sometimes critical issue for LCA analysts. This paper presents a systematic [...]![]()
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Vineyards in southeastern Spain, although subjected to a semi-arid climate, generate multiple environmental and socioeconomic benefits. However, they have an uncertain future, mainly due to the price of grapes, as well as the limited water resou[...]![]()
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M. Degieter ; X. Gellynck ; S. Goyal ; D. Ott ; H. De Steur |Because of the increasing challenges the global food system is facing on a social, economic and environmental level, and the need to meet the United Nations Sustainable Development Goals (SDGs) by 2030, agri-food systems are increasingly require[...]![]()
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Environmental perspectives for food loss reduction via smart sensors: a global life cycle assessment
This study incorporates theoretical and empirical perspectives in developing an understanding that, whether there is a leverage on the key environmental impacts through the potential large-scale application of Internet of Things (IoT) in the foo[...]![]()
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The circular economy (CE) has emerged as a strategy able to fulfil the double purpose of improving the economic performance of the agricultural activity while minimising the impact generated on the environment by reducing the inflow of resources[...]![]()
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L. Verdi ; A. Dalla Marta ; F. Falconi ; S. Orlandini ; M. Mancini |Assessing the environmental impact of agriculture is a key factor towards reducing human impacts on the food production chain. Because of the growing consumer interest in healthy foods cultivated with low-impact approach, a study assessing the i[...]![]()
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The food system plays a crucial role in mitigating climate change. Even if fossil fuel emissions are halted immediately, current trends in global food systems may prevent the achieving of the Paris Agreement's climate targets. The high degree of[...]![]()
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S. Zingale ; P. Guarnaccia ; A. Matarazzo ; G. Lagioia ; C. Ingrao |It is recognised today that the global food system does not always deliver good nutrition for all human beings, and, additionally, dramatically contributes to climate change, environmental degradation, and biodiversity loss. In particular, the c[...]![]()
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F. Boenzi ; S. Digiesi ; F. Facchini ; B. Silvestri |The agri-food supply chain is responsible for high GHG emissions. In industrial food processing, there is potential for reducing environmental impacts. In the case of apricot jam, several practices for realizing the finished product can be adopt[...]![]()
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N. Bamber ; R. Johnson ; E. Laage ; G. Dias ; P. Tyedmers ; N. Pelletier |The purpose of this manuscript is to review LCA studies of organic field crops to identify best practices in collecting life cycle inventory data. Previous LCA studies of organic field crops from 2010 to 2021 were identified and data were collec[...]