| Poster number | Presenter | Title |
| S5-P.01 | Mukhtar Ahmed | Multimodal ensemble approach to study elevated CO2 effects on wheat productivity |
| S5-P.02 | Paola Bongiovani | Vulnerability of cassava yield to climate change in Brazilian Semi-arid region |
| S5-P.03 | Gennady Bracho Mujica | A method for simulating risk profiles of wheat yield in data-sparse conditions |
| S5-P.04 | José Manuel Cabezas-Luque | AdaptaOlive: A tool for assessing the impact of climate change on olive crop |
| S5-P.05 | Babacar FAYE | Impact of climate sensitivity on agriculture systems in West Africa: Case of Senegal |
| S5-P.06 | Sophie Gendre | Sowing date and precocity evolution on maize biomass and water availability in France in a climate change context |
| S5-P.07 | Jose Guarin | Testing a crop model with extreme low yields from historical district records |
| S5-P.08 | Hudaverdi Gurkan | Estimating the Potential Impact of Climate Change on Sunflower Yield in the Konya Basin of Turkey |
| S5-P.09 | Toshichika Iizumi | Simulating the two heat-tolerant wheat varieties grown in Sudan using CYGMA global gridded crop model |
| S5-P.10 | Leilei Liu | Impacts of 1.5 and 2.0¡C global warming on rice production across China |
| S5-P.11 | Álvaro López-Bernal | A spatial assessment of climate change impacts on the productivity and irrigation requirements of olive orchards |
| S5-P.12 | Ignacio Lorite | AdaptaNuts: A tool for assessing the impact of climate change on almond crop |
| S5-P.13 | Christoph Müller | Comprehensive global climate impact assessment for crop yields |
| S5-P.14 | Christoph Müller | High Yield Regions Move Poleward Less Than Expected Under Climate Change in Globally-Gridded Crop Simulation |
| S5-P.15 | José Luis Noriega | Impact of climate change on irrigated maize production in Mexican subtropical conditions |
| S5-P.16 | Vera Potopová | CROPGRO-Tomato model for simulating impact of compound climate events on tomato grown |
| S5-P.17 | Alfredo Rodriguez | Chilling accumulation in fruit trees for evaluating their viability in Spain under climate change |
| S5-P.18 | Margarita Ruiz-Ramos | Influence of climate variability on the forage production of a permanent grassland in the French Massif Central |
| S5-P.19 | Paula Toro-Mujica | Modeling of the production of Mediterranean natural grassland facing climate change scenarios |
| S5-P.20 | Tien-Cheng Wang | Model-assisted evaluation of yield stability in wheat |
| S5-P.21 | Sebastian Gayler | Impact of regional climate model input and soil map resolution on projected winter wheat production in SW Germany |
| S5-P.22 | Mokhele Moeletsi | Evaluation of maize growing periods in the eastern Free State region, South Africa using DSSAT crop model |
| S5-P.23 | Won-Ho Nam | Application in Agricultural Drought Management using Remote Sensing-Based Evaporative Stress Index of Crop Yield |
| S5-P.24 | Céline Schoving | Assessing the suitability of soybean crop in France under present and future climates by a simple phenological model |
| S5-P.25 | Mariem Baccar | ASCROM : A crop model designed to simulate agricultural water constraints in semi arid areas from plot to territory |
| S5-P.26 | David Camilo Corrales | Control of ascochyta blight in pea/wheat intercrops based on quantitative modelling |
| S5-P.27 | Santiago Cuadra | Soybean Yield Gap over the Brazilian Cerrado |
| S5-P.28 | Abera* Desta | Model-based yield gap analysis and constraints of rainfed sorghum production in southwest Ethiopia |
| S5-P.29 | Henrique Dias | Sugarcane yield future scenarios in Southern Brazil as predicted by the APSIM-Sugar model with a new feature for transpiration efficiency |
| S5-P.30 | Yun-Feng Duan | Evaluating soil organic N balance under different crop rotations with grass-clover leys using Daisy simulation |
| S5-P.31 | Sébastien Gervois | AZODYN-rapeseed: a dynamic crop model to simulate the performance of rapeseed crop in constrasting environnements |
| S5-P.32 | Chunfeng Gu | A global meta-analysis on weed suppression in annual intercropping |
| S5-P.33 | Laurent Huber | Towards the evaluation of crop disease response models to climate change adaptation : the OPERATE project |
| S5-P.34 | Joachim Ingwersen | Coupling the land surface model Noah-MP with the crop growth model Gecros: Model description, calibration and validation |
| S5-P.35 | Camilla Mathison | Improving the simulation of crops in South Asia |
| S5-P.36 | Christoph Müller | Implementation of multiple cropping into a global gridded crop model |
| S5-P.37 | Xiaolei Qiu | Multi-model estimates of yield gaps across the main rice-growing regions of China |
| S5-P.38 | Sabine Seidel | Modelling crop growth and soil organic carbon, nitrogen and phosphorus at the long-term fertilizer experiment Dikopshof |
| S5-P.39 | Abdullahi Tofa | Modelling maize response to N application in the Nigeria savannas with and without P fertilization |
| S5-P.40 | Chenzhi Wang | Spatial pattern of trend of the occurrence of crop pests and disease in China and its drivers |
| S5-P.41 | Oscar Castillo | In-season yield forecast analysis for peanut in Georgia, USA using CRAFT-DSSAT |
| S5-P.42 | Jonas Jaegermeyr | A global review of local yield forecasting approaches and the required data resources |
| S5-P.43 | Saurav Suman | Institutionalizing crop modelling in Nepal using CRAFT (CCAFS Regional Agricultural Forecasting Toolbox) |
| S5-P.44 | Marie-Odile Bancal | Identifying eligible crop adaptations to climate change: application to sectors of wheat, potatoes and sunflower. |
| S5-P.45 | Reza Deihimfard | Towards optimal G_E_M to improve maize productivity and water use efficiency under hot areas and global warming |
| S5-P.46 | Andrea Catalina Fajardo | Adaptation to climate change in the agriculture in Lower-Saxony, Germany: soybean production potential in the future |
| S5-P.47 | Pete Falloon | A UK climate-crop modelling capability for impact assessments on food security: plans and progress |
| S5-P.48 | Margarita Garcia-Vila | Could crop irrigation requirements be reduced under future climate scenarios? |
| S5-P.49 | Asha Karunaratne | Application of DSSAT for climate change impact assessments and possible adaptation measures in rice farming, Sri Lanka |
| S5-P.50 | Jaromir Krzyszczak | Modelling of wheat production with the use of 3 crop models to assess impact of climate change and adaptation strategies |
| S5-P.51 | Francisco Meza | Vulnerability Map for Chilean Agriculture: Using crop and niche models to assess future impacts and adaptation options |
| S5-P.52 | William Nelson | How much can irrigation reduce climate-induced risk to sustainably intensifying maize production in southern Africa? |
| S5-P.53 | Diego Pequeno | Climate impact and adaptation for global wheat production |
| S5-P.54 | Paramveer Singh | Identifying Optimum Irrigation Strategy for Winter Canola in the Southern High Plains of the USA |
| S5-P.55 | Abdou Traoré | Designing cotton and durum wheat cropping system ideotypes by simulation for the future in the Mediterranean basin |
| S5-P.56 | Marloes van Loon | Intensifying or expanding cereal cropping in Africa: impacts on greenhouse gas emissions |
| S5-P.57 | Ana Villa | Climate change impacts on crop growth and N leaching in contrasting regions - vulnerable areas at varying spatial scales |
| S5-P.58 | Yanmin Yang | Prediction on cotton yield and water demand under future climatic change and possible adaptation |
| S5-P.59 | Florian Zabel | Agricultural Adaptation Potentials to Climate Change |
| S5-P.60 | Maurizio Bacci | How to transfer crop modelling effectiveness in decision making processes. The experience of the IBE-WMO RTC in Africa |
| S5-P.61 | Nargish Parvin | Coupling a soil-crop model with tools for bio-economic analysis to assess the costs of soil compaction |
| S5-P.62 | Julia M. Schneider | Integrative trade-off analysis between agricultural land requirements, food security and biodiversity |