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Food loss and waste (FLW) reduce food available for consumption and increase the environmental burden of production. Reducing FLW increases agricultural and value-chain productivity and may reduce greenhouse gas emissions associated with feeding the global population. Although studies of interven...


Galford, Gillian L.Peña, OliviaSullivan, Amanda KNash, JulieGurwick, NoelPirolli, GillianRichards, MerylWhite, Julianna M.Wollenberg, Eva K.[Agricultural development addresses food loss and waste while reducing greenhouse gas emissions]Agricultural development addresses food loss and waste while reducing greenhouse gas emissions

Greenhouse gas (GHG) emissions from agriculture comprise 10-12% of anthropocentric global emissions; and 76% of the agricultural emissions are generated in the developing world. Landscape GHG accounting is an effective way to efficiently develop baseline emissions and appropriate mitigation appro...


Ingraham PBhatta, Gopal DattSalas WWollenberg, Eva K.[Estimating global warming potential for agricultural landscapes with minimal field data and cost]Estimating global warming potential for agricultural landscapes with minimal field data and cost

The presentation addresses how reducing agricultural GHG emissions impacts food security, and what the trade-offs are. Presentation given by Stefan Frank at the European Geosciences Union conference on 24 April 2017.


Frank, StefanHavlík, PetrSoussana, Jean-FrancoisLevesque, AValin, HugoWollenberg, Eva K.Kleinwechter, U.Fricko, OliverGusti, MykolaHerrero, Mario T.Smith, P.Hasegawa, T.Kraxner, FlorianObersteiner, Michael[Reducing greenhouse gas emissions in agriculture without compromising food security?]Reducing greenhouse gas emissions in agriculture without compromising food security?

Subbaraoa, Guntur V.Arango, JacoboMasahiro, KishiiHooper, A.M.Yoshihashi, TadashiAndo, Y.Nakahara, KazuhikoDeshpande, SantoshOrtiz Monasterio, IvanIshitani, ManabuPeters, MichaelChirinda, NgonidzasheWollenberg, Eva K.Lata, Jean-ChristopheGerard, Bruno G.Tobita, SatoshiRao, Idupulapati M.Braun, Hans J.Kommerell, VictorTohme, Joseph M.Iwanaga, Masaru[Genetic mitigation strategies to tackle agricultural GHG emissions: The case for biological nitrification inhibition technology]Genetic mitigation strategies to tackle agricultural GHG emissions: The case for biological nitrification inhibition technology
Rosenstock, Todd S.Sander, Bjoern OleButterbach-Bahl, KlausRufino, Mariana C.Hickman, J.Stirling, Clare M.Richards, MerylWollenberg, Eva K.[Introduction to the SAMPLES approach]Introduction to the SAMPLES approach

This article analyses the greenhouse gas (GHG) impact potential of improved management practices and technologies for smallholder agriculture promoted under a global food security development program. Under ‘business-as-usual’ development, global studies on the future of agriculture to 2050 proje...


Grewer, UweNash, JulieGurwick, NoelBockel, LouisGalford, Gillian L.Richards, MerylCosta, CiniroWhite, Julianna M.Pirolli, GillianWollenberg, Eva K.[Analyzing the greenhouse gas impact potential of smallholder development actions across a global food security program]Analyzing the greenhouse gas impact potential of smallholder development actions across a global food security program

Reducing emissions of agricultural greenhouse gases (GHGs), such as methane and nitrous oxide, and sequestering carbon in the soil or in living biomass can help reduce the impact of agriculture on climate change while improving productivity and reducing resource use. There is an increasing demand...


Olander, LWollenberg, Eva K.Tubiello, F.N.Herold, Martin[Synthesis and Review: Advancing Agricultural Greenhouse Gas Quantification]Synthesis and Review: Advancing Agricultural Greenhouse Gas Quantification

Better information on greenhouse gas (GHG) emissions and mitigation potential in the agricultural sector is necessary to manage these emissions and identify responses that are consistent with the food security and economic development priorities of countries. Critical activity data (what crops or...


Olander, LWollenberg, Eva K.Tubiello, F.N.Herold, Martin[Advancing agricultural greenhouse gas quantification]Advancing agricultural greenhouse gas quantification
Smith, PeteSoussana, Jean‐FrancoisAngers, DenisSchipper, LouisChenu, ClaireRasse, Daniel P.Batjes, Niels H.Egmond, Fenny vanMcNeill, StephenKuhnert, MatthiasArias-Navarro, CristinaOlesen, Jorgen E.Chirinda, NgonidzasheFornara, DarioWollenberg, Eva K.Álvaro‐Fuentes, JorgeSanz‐Cobena, AlbertoKlumpp, Katja[How to measure, report and verify soil carbon change to realise the potential of soil carbon sequestration for atmospheric greenhouse gas removal]How to measure, report and verify soil carbon change to realise the potential of soil carbon sequestration for atmospheric greenhouse gas removal
Aggarwal, Pramod K.Jarvis, AndyCampbell, Bruce M.Zougmoré, Robert B.Khatri-Chhetri, ArunVermeulen, Sonja J.Loboguerrero Rodriguez, Ana MaríaSebastian, Leocadio S.Kinyangi, JamesBonilla Findji, OsanaRadeny, Maren A.O.Recha, John W.M.Martínez Barón, DeissyRamírez Villegas, JuliánHuyer, SophiaThornton, Philip K.Wollenberg, Eva K.Hansen, JamesÁlvarez Toro, PatriciaAguilar-Ariza, AndrésArango-Londoño, DavidPatiño-Bravo, VictorRivera, OvidioOuédraogo, MathieuYen, Bui Tan[The climate-smart village approach: framework of an integrative strategy for scaling up adaptation options in agriculture]The climate-smart village approach: framework of an integrative strategy for scaling up adaptation options in agriculture

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