add task       

Task ID:  1016  Improve the APSIM potato model    
 
Created by hol353 on 2009-09-01 10:48 AM, 371 days ago
Project:  Module Code
Category:  Major (requires RP approval)
Priority:  low
Assigned to:  [not assigned]  
Status:  3. Under development
Apsim Version:
Your Name:
Contact Details:
 
  Comment: Entering "bugid#999" in comment creates link to id 999
 

show inline images      show change history

 comment 31325 posted by ReferencePanel on 2010-04-29 11:09 AM, 131 days ago    forward
Reference Panel Recommendation: Erik to stay as reviewer of development.
 comment 31206 posted by hol353 on 2009-11-27 9:54 AM, 284 days ago    forward
Reference panel recommendation: Graeme Hammer and Eric van Oosterom reviewers.
file 30790 attached by hol353 on 2009-09-01 10:48 AM, 371 days ago 

attachment: Developing a potato model in the APSIM framework.doc   view   save

size: 278016   content-type: application/msword

 comment 30789 posted by hol353 on 2009-09-01 10:48 AM, 371 days ago    forward
The attached document gives a brief description of the progress made toward a scientifically robust and validated version of APSIM potato.  So far Neil Huth has worked with Shaun Lisson to set up the structure of APSIM potato and Ifah has used data from her Ph.D trials to paramatise the model.   Following this Neil and Hamish Brown have made an in-depth analysis of Ifah’s results and have started analysing a substantial body of experimental data collected by Plant and Food Research over a number of years.  The scope of this data set is substantial with a range of potato varieties grown in a wide range of soils and climates with treatments of N rate, sowing date, plant population and irrigation.  As well as an extensive body of experimental trials for development there is also a good set of data for model validation with both Plant and Food and CSIRO (supplied by Simplot) having access to soil, climate, management and yield data from a large number of commercially grown potato crops.  It is the intent of all involved to complete a detailed synthesis of all of this data to produce a high quality potato model for APSIM and some good journal publications describing it.