relation: https://orgprints.org/id/eprint/10745/
title: Simulating Root Density Dynamics and Nitrogen Uptake -Field Trials and Root Model Approach in Denmark  
creator: Pedersen, Anders
creator: Zhang, Kefeng
creator: Jensen, Lars Stoumann
creator: Thorup-Kristensen, Kristian
subject:  Crop combinations and interactions
subject:  Biodiversity and ecosystem services
description: Plant soil and atmosphere models are commonly used to predict crop yield and associated environmental consequences. Such models often include complex modelling of water movement, soil organic matter turnover and above ground plant growth. However, the root modelling in these models is often very simple, partly due to a limited access to experimental data. Here we propose a root model developed to describe root growth, root density and nitrogen uptake. The model focuses on annual crops, and attempts to model root growth of different crop species and row crops and its significance for nitrogen uptake from different parts of the soil volume. 
date: 2007
type: Conference paper, poster, etc. 
type: NonPeerReviewed
format: application/pdf
language: en
identifier: /id/eprint/10745/1/10745.pdf
identifier:    Pedersen, Anders; Zhang, Kefeng; Jensen, Lars Stoumann and Thorup-Kristensen, Kristian    (2007) Simulating Root Density Dynamics and Nitrogen Uptake -Field Trials and Root Model Approach in Denmark.       Poster at:   37th Biological Systems Simulation Conference, Holiday Inn, College Park, Maryland,, 17-19 April.