Login
Toggle navigation
Home
ICPA
Conference
Abstract Management
Abstract Topic Groups
Author Instructions
Registration
Registration Information
16th ICPA - Conference Registration
Registrants Map
Hotel and Travel Information
Tour
Workshops
Sponsors
Become A Sponsor
16th ICPA Sponsors
Conference Program
General Outline
Oral Program
Awards
Proceedings
Leadership
ISPA Leadership
Officers
Past Presidents
Officer Responsibilities
Country Representatives
Election Candidates
Communities
Community Guidance
On-Farm Experimentation
Nitrogen
Latin America
Economics
African Association for Precision Agriculture
Membership
ISPA Member Benefits
Membership Form
Events
ISPA Events
ACPA
ACPA Proceedings
AfCPA
AfCPA Proceedings
CLAP
CLAP Proceedings
ECPA
ECPA Proceedings
ICPA
ISPA Webinars
OFE
AAPA
Latin American
Robotics and Automation Symposium
Event Overview
Registration
Program
Venue
Speakers
About ISPA
Newsletters
History
Jobs
Precision Ag Definition
Agriculture Course Database Submission
Publications
ICPA Proceedings
ECPA Proceedings
Contact Us
Members
Suggestion Form
Conference
Abstract Management
Abstract Topic Groups
Author Instructions
Registration
Registration Information
16th ICPA - Conference Registration
Registrants Map
Hotel and Travel Information
Tour
Workshops
Sponsors
Become A Sponsor
16th ICPA Sponsors
Conference Program
General Outline
Oral Program
Awards
Proceedings
Proceedings
Search
Authors
Topics
Years
Types
Find matching any:
Reset
» Add more topics
Add filter to result:
Monitoring Soybean Root Development under Till-System Management (TSM) at Dry-Farming Conditions
H. Aliabadi Farahani, B. Sani
Islamic Azad University, Shahr-e-Qods Branch, Tehran, Iran
Root system development is very importance for highest soybean (
Glycine max
L.) grain yield, especially under arid and semiarid conditions. In order to tillage system management (TSM) for achieved to the optimum yield of soybean in
dry-farming conditions
, this experiment was carried out using by a factorial design with four replications. The factors were till-systems including no-tillage (NT), minimum tillage (MT), full tillage (FT) and conventional tillage (CT) and were studied the effects of tillage system on root growth and grain yield in soybean. The root development features were root length and root diameter at 5 soybean growth stages. The root length was increased under no-tillage than under conventional tillage and the root diameter wasn’t significantly affected by the tillage systems. The best of root system development in soybean was achieved during the stem elongation stage under no-tillage system. Therefore,
monitoring soybean root development
showed that tillage system management is very important in dry-farming, because in arid and semi arid weather the water resources are limited, so no-tillage system is a good system for farming in these conditions.
Keyword
: Monitoring root development, till-system management, Soybean
H. Aliabadi farahani
B. Sani
Precision Crop Protection
Poster
2012
Download paper