OUR WRITING KeywordsAgri-food systemAgricultural biodiversityAgricultural innovationAgricultural intensificationAgricultural lossesAgricultural monocultureAgricultural productionAgricultural productivityAgricultural yieldAgroecologyAgroforestry/silvopastureAlcoholic drinksAlternative food movementAlternative proteinAlternatives to intensive farmingAnimal feedAnimal welfareAnthropoceneAnthropocentrismAquacultureArable crops and arable landBeefBig foodBiodiversityBiodiversity conservationBioenergyBiological nitrogen fixationBiotechnologyCarbon footprintCarbon sequestrationCarbon sinksCarbon sinks and sequestrationChicken/poultryClimate changeClimate change impactsClimate policyCommunicable diseasesConservation biologyConsumer food choice appsConsumer perceptions and preferencesConsumptionConsumption and production trendsConventional agricultureCorporate food regimeCrop diversityCrop systemsCrop-livestock integrationCulture & communityDairyDeforestationDeforestation riskDevelopment policiesDietary guidelinesDietary surveyEcomodernismEconomics, business, and tradeEcosystemEcosystem restorationEcosystem servicesEcosystems & biodiversityEcosystems and ecosystem servicesEnvironmental & Social ImpactsEnvironmental impact assessmentsEnvironmental policyFarmingFarming systemsFeed conversion efficiencyFish stocks/overfishingFish/aquatic typesFisheriesFlexitarianismFood and agriculture policyFood and healthFood chainFood consumptionFood cultureFood justiceFood policyFood securityFood sovereigntyFood supplements/nutritional enhancementFood System TransformationFood systemsFood systems thinkingFood systems: an introductionFood systems: research methodsFood waste/surplus foodFruitFuture of foodGenderGHG emission trendsGHG emissions and mitigationGHG impacts and mitigationGHGsGlobal healthGlobal warming potentialGovernance, policy, and powerGrazed and confusedGrazing and grasslandGreen economy/alternative economic modelsGWP*Health and nutrition policyHealth concernsHorticulture and fruit treesHousehold food consumptionHuman health & wellbeingHungerIndustrial food manufacturingIndustry actions/CSRInequalityInsectsIntensive agricultureInvasive speciesInvestmentLand governanceLand sparing - sharingLand systems & changeLand useLand use and land use changeLegumes/pulsesLife cycleLife cycle analysisLivestockLivestock on LeftoversLocal foodMalnutritionMalnutrition/undernourishmentMarine and aquatic ecosystemsMarketsMeatMeat and taboos/religious beliefsMeat, Dairy & LivestockMethaneMilkMitigation policiesMonogastricMultiple burdens of malnutritionNitrogenNitrogen fixationNon-communicable diseasesNutritionNutritionismOrganicOrganic farmingOvernutritionPalm oilPlant/crop sciencePolitical economyPolitics & ParadigmsPorkPost-harvest lossesPoverty alleviationPower & ProteinProduction efficiency/intensityProteinProtein malnutrition and PEM (Protein-energy malnutrition)Public attitudesRegenerative agricultureRegenerative grazingResearch methodsResilience and vulnerabilityRewildingRuminantRuminantsScaleScience and backgroundSmallholder (farms)Soil healthSoilsSoySoy MoratoriumSpotlight onStandards/certificationStorage and refrigerationSubstitutes for meat & dairySupply chainsSustainable development goalsSustainable food securitySustainable healthy dietsSustainable intensificationTechnology & innovationThe Great Protein FiascoTradeUltra-processed foodUltra-processed food (UPF)UndernutritionUrban agricultureUrban food systemsVegetablesVegetarianism/veganismWater footprintWater managementWater use/consumptionWritten materialsZoonotic diseases TypeEssayExplainerLetterboxPublication RegionAfricaAsiaAustralasiaEuropeGlobalLatin America and the CaribbeanMiddle-eastNorth America Year20122013201420152016201720182019202020212022202320242025 Image Explainer What is a healthy sustainable eating pattern? The environmental and nutritional attributes of different food types can vary greatly. Consequently, diets composed of different sets of food types, will differ in their environmental footprints, and in their nutritional quality; so affecting human health. When such differences are multiplied by many millions of people, the overall effect is considerable. Human diets are, therefore, an important point of interconnection in food systems via which change is driven – for better or worse – by shifts how people consume. At least in theory, diets might provide a means by which to achieve both health and environmental goals simultaneously. But the reality is not so simple. Understanding these complexities, helps provide a window on both the opportunities and difficulties of taking a food systems approach, and on the important role that diets play. Read Image Explainer Environmental impacts of food: an introduction to LCA Food systems use large amounts of natural resources and have significant environmental impacts; so what can we do to make them more sustainable? This chapter provides an accessible primer on the life cycle assessment (LCA) methodology Read Image Explainer Focus: the difficult livestock issue A central topic of most debates on sustainable food systems is the complex role of livestock, meat and dairy. This is due to their connection to many issues of moral and practical concern related to food systems; affecting both humans and the environment, and animal's own interests. The picture is complex. And because different stakeholders bring different worldviews and perspectives, people often disagree about the appropriate role of livestock, meat, and dairy, in sustainable food systems. Yet demand for meat and dairy consumption is expected to grow considerably, and as a result, debates around livestock-related issues are becoming increasingly prominent. Understanding these helps to provide a broader understanding of food systems more generally. Read
Image Explainer What is a healthy sustainable eating pattern? The environmental and nutritional attributes of different food types can vary greatly. Consequently, diets composed of different sets of food types, will differ in their environmental footprints, and in their nutritional quality; so affecting human health. When such differences are multiplied by many millions of people, the overall effect is considerable. Human diets are, therefore, an important point of interconnection in food systems via which change is driven – for better or worse – by shifts how people consume. At least in theory, diets might provide a means by which to achieve both health and environmental goals simultaneously. But the reality is not so simple. Understanding these complexities, helps provide a window on both the opportunities and difficulties of taking a food systems approach, and on the important role that diets play. Read
Image Explainer Environmental impacts of food: an introduction to LCA Food systems use large amounts of natural resources and have significant environmental impacts; so what can we do to make them more sustainable? This chapter provides an accessible primer on the life cycle assessment (LCA) methodology Read
Image Explainer Focus: the difficult livestock issue A central topic of most debates on sustainable food systems is the complex role of livestock, meat and dairy. This is due to their connection to many issues of moral and practical concern related to food systems; affecting both humans and the environment, and animal's own interests. The picture is complex. And because different stakeholders bring different worldviews and perspectives, people often disagree about the appropriate role of livestock, meat, and dairy, in sustainable food systems. Yet demand for meat and dairy consumption is expected to grow considerably, and as a result, debates around livestock-related issues are becoming increasingly prominent. Understanding these helps to provide a broader understanding of food systems more generally. Read