CERES-WHEAT MODEL Model Name/Host Institution/ URL CERES-Wheat

Slides:

Advertisements

Similar presentations

The avoided impacts of climate change on crop production Tom Osborne Thanks to: Simon Gosling, Gillian Fraser, Helen Greatrex, Tim Wheeler, Nigel Arnell.

Advertisements

Agricultural modelling and assessments in a changing climate

Hazards of Temperature-increase on Food Availability in Changing Environments: Global Warming Could Cause Failure of Seed Yields of Major Crops L. H. Allen,

Simulating Cropping Systems in the Guinea Savanna Zone of Northern Ghana with DSSAT-CENTURY J. B. Naab 1, Jawoo Koo 2, J.W. Jones 2, and K. J. Boote 2,

Response of Early and Late Maturing Peanut Cultivars to Sowing Densities and Fungicide Application in Ghana Jesse B. Naab 1, P.V. Vara Prasad 2*, Kenneth.

Climate Data and Crop Modeling Joel Paz, Gerrit Hoogenboom, Axel Garcia y Garcia, Larry Guerra, Clyde Fraisse and James W. Jones The University of Georgia.

© Crown copyright Met Office 2011 Climate impacts on UK wheat yields using regional model output Jemma Gornall 1, Pete Falloon 1, Kyungsuk Cho 2,, Richard.

Crop Modeling, The 2012 “Flash Drought” & Irrigation Demand Cameron Handyside University of Alabama in Huntsville Earth Systems Science Center September,

Nitrogen Management for Enhanced Protein: Source and Timing of N Applications in Spring Wheat C.A. Grant 1, C.D. Rawluk 1, R.M. McKenzie 2, D.N. Flaten.

Interactions of Land Use and Global Environmental Change on Watershed-scale Processes Lars Pierce, Fred Watson, Melinda Mulitsch, Wendi Newman, Adrian.

A Case Study of Crop Model Applications in an Increasing Diversity of Genetically Modified Traits Girish Badgujar 1, V.R. Reddy 1, K. Raja. Reddy 2, David.

Nowlin Chair Crop Modeling Symposium November 10-11, 2000 Future Needs for Effective Model Applications James W. Jones  Users  Model Capabilities  Data.

Crop Yield Modeling through Spatial Simulation Model.

Impacts of Climate Change on Corn and Soybean Yields in China Jintao Xu With Xiaoguang Chen and Shuai Chen June 2014.

How to value ecosystem goods and services in agriculture at increasing land use pressure ? Katarina Hedlund Lund university, Sweden.

Vulnerability and Adaptation Assessments Hands-On Training Workshop Impact, Vulnerability and Adaptation Assessment for the Agriculture Sector – Part 2.

Summary of Breakout Session 1.2 GEO Societal Benefit Areas (Chair: Antonio Bombelli) Coordinator of the GEO Task CL-02 “Global Carbon Observations and.

What is PINEMAP?? Pine Integrated Network: Education, Mitigation, and Adaptation Project Pine Integrated Network: Education, Mitigation, and Adaptation.

Cotton Modeling to Assess Climate Change and Crop Management December 2005 V. R. Reddy 1 and K. R. Reddy 2 1 USDA-ARS, Crop Systems and Global Change Laboratory,

Crop Modeling for better Agro Advisories D. Raji Reddy and K.M. Dakshina Murthy Agro Climate Research Center, Agricultural Research Institute Acharya N.

Zhang Mingwei 1, Deng Hui 2,3, Ren Jianqiang 2,3, Fan Jinlong 1, Li Guicai 1, Chen Zhongxin 2,3 1. National satellite Meteorological Center, Beijing, China.

Scaling up Crop Model Simulations to Districts for Use in Integrated Assessments: Case Study of Anantapur District in India K. J. Boote, Univ. of Florida.

Climate System and Weather. Weather Weather refers to: The state of the atmosphere in a particular place and time. Weather occurs over short time periods.

BALANCED USE OF FERTILIZERS-FARMERS’ PERCEPTION Khuda Bakhsh, PhD Institute of Agricultural and Resource Economics, UAF.

Precision Agriculture: The Role of Science Presented by Dr. Eduardo Segarra Department of Agricultural and Applied Economics, Texas Tech University.

Modeling experience of non- point pollution: CREAMS (R. Tumas) EPIC (A. Povilaitis and R.Tumas SWRRBWQ (A. Dumbrauskas and R. Tumas) AGNPS (Sileika and.

Climate impacts on UK wheat yields using regional model output

Ecophysiological models - revisited Jeff White USDA-ARS, ALARC, Maricopa.

How to value ecosystem goods and services in agriculture at increasing land use pressure ? Katarina Hedlund Lund university, Sweden.

Agriculture & Adaptation to Climate Change John Reilly Massachusetts Institute of Technology Appearance before the Standing Senate Committee on Agriculture.

Studying of agricultural valuable traits of Triticale and development of new technologies for using of triticale as a forage crop Head of the Project :

Global Change Impacts on Rice- Wheat Provision and the Environmental Consequences Peter Grace SKM - Australia Cooperative Research Centre for Greenhouse.

IT Based Farmers’ Window for Panel Discussion National Workshop on Role of Information Communication Technology in Taking Scientific Knowledge/Technologies.

What is Global Environmental Change? Changes in the biogeophysical environment caused or strongly influenced by human activities Land cover & soils Atmospheric.

Plants need minerals too

Integrating Climate Variability and Forecasts into Risk- Based Management Tools for Agricultural Production and Resource Conservation Jean L. Steiner Jurgen.

By Maxwell Justice Mentor: Dr. Susan Moran NASA Space Grant Symposium University of Arizona April 17 th, 2010.

Pre-workshop exercise on SOC stock simulation / calibration of DNDC Steven Sleutel Dept. Soil Management & Soil Care Ghent University.

Possible adaptation decisions from investigating the impacts of future climate change on food and water supply in China Lin Erda, Xu Yinlong, Ju Hui and.

Sirius wheat simulation model: development and applications Mikhail A. Semenov Rothamsted Research, UK IT in Agriculture & Rural Development, Debrecen,

The New Farmer’s Almanac Agriculture and Climate Change Anne Royer & Tomomi Suwa GK-12 Fall Workshop October 3, 2012.

ESTIMATING THE CROP YIELD POTENTIAL OF THE CZECH REPUBLIC IN PRESENT AND CHANGED CLIMATES Martin Dubrovsky (1) Mirek Trnka (2), Zdenek Zalud (2), Daniela.

Syed Aftab Wajid Associate Professor, Department of Agronomy,

Dr. Joe T. Ritchie Symposium ： Evaluation of Rice Model in Taiwan Authors ： Tien-Yin Chou Hui-Yen Chen Institution ： GIS Research Center, Feng Chia University,

Soil Soil is a mixture of weathered rock, organic matter, water, and air that is capable of supporting plant life.

CROP -TOTAL CLIMATE RISK COMPONENT From end to end- Land preparation, crop sowing –TO Harvest and post harvest operations Consider both –Direct impact-

REMOTE SENSING INDICATORS FOR CROP GROWTH MONITORING AT DIFFERENT SCALES Zongnan Li 1, 2 and Zhongxin Chen 1, 2* 1 Key Laboratory of Resources Remote Sensing.

Whole Farm Simulation and Nutrient Management USDA, Agricultural Research Service University Park, Pennsylvania C. Alan Rotz USDA / ARS.

The Green Revolution How we have changed our food.

Corn Yield Comparison Between EPIC-View Simulated Yield And Observed Yield Monitor Data by Chad M. Boshart Oklahoma State University.

Fertilisers LO: Describe the difference between natural & artificial fertilisers Outline the consequences of using fertilisers on the environment Skill:

2016 NASA SpaceApps Challenge- Bring Your Own Solution! AKANKSHA MASKERI KISHORE R YAMINI AGARWAL TANMAY DESHMUKH.

AQUACROP Model Name/Host Institution/ URL AQUA CROP UN FAO:

CERES-Wheat a dynamic model to simulate the effects of cultivar, planting density, weather, soil water and nitrogen on crop growth, development and yield.

Operational CA based agronomic package for sustainable production of irrigated wheat Mohammad Reza Mehrvar Seed and Plant Improvement Institute, Karaj,

Impact of climate change on agriculture An overview!

Keeping fields safe from pest and disease

ECOSYSTEM MODEL EVALUATION TEMPLATE

2052 A Global Forecast for the next 40 years

Geodata for Agriculture and Water (G4AW) workshop

An Agriculture Perspective

Model Summary Fred Lauer

GARP Model GARP (Genetic Algorithm for Rule-set Production)

Economics of Farm Enterprises II. (Farm Management II.) MSc level

Joel Ransom and Nicholas Schimek

Teacher Name: Ms.Seema Adil

Scientific Method.

Intro to Precision Agriculture

Crop Growth Model Simulation of G2F Common Hybrids

How Did Agriculture Change with Industrialization?

Presentation transcript:

CERES-WHEAT MODEL Model Name/Host Institution/ URL CERES-Wheat USDA Agricultural Research Service http://nowlin.css.mus.edu/wheat_book Domain/Objective Simulate wheat development and yield depending on environmental/climatic variables, plant genetics, and crop management. Assumptions Excluded soil salinity and aeration, catastrophic weather events, interactions with pests and toxics, affect of Phosphorous, Potassium and other micronutrients. Temporal/Spatial Scale Daily timestep, designed for a farm or regional scale. Policy at regional scale-crop production and resource conservation

Input Drivers: Cultivar Planting Density Weather Soil H20 Nitrogen Availability Management Data Key Outputs: Crop Growth Crop Development Crop Yield

Simulated and measured LAI and above ground biomass of Chamran sown on Nov. 22, 2003 in Ahvaz, Iran. Simulated yield for different sowing dates in 4 locations in Iran. Comparison of simluated, observed, and predicted LAI in 2006 in Northern Beijing. Blue: Simluated, Red: Observed, Green: Predicted

http://nowlin.css.mus.edu/wheat_book http://dl.ifip.org/db/conf/ifip12/ccta2008-1/WangZLLHW08.pdf (CHINA) http://www.sciencedirect.com/science/article/pii/S1658077X14000307 (IRAN)