Analysis of variance results (mean sum of squares and significance) for the effect of soil types, crop species, and diuron doses on plant and their interactions on crop growth responses.

Analysis of variance results (mean sum of squares and significance) for the effect of soil types, crop species, and diuron doses on plant and their interactions on crop growth responses.

<p>Analysis of variance results (mean sum of squares and significance) for the effect of soil types, crop species, and diuron doses on plant and their interactions on crop growth responses.</p>

Saved in:

Bibliographic Details
Main Author:	Win Win Pyone (20396432) (author)
Other Authors:	Richard W. Bell (9703811) (author), Michael T. Rose (9739968) (author), Gavan McGrath (9386555) (author)
Published:	2024
Subjects:	Pharmacology Biotechnology Plant Biology Virology Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified western australia paddocks toxicity thresholds relative target grain crops previously estimated average determining toxicity thresholds cation exchange capacity 29 mg kg 24 mg kg 19 mg kg 14 mg kg 07 mg kg 06 mg kg 03 mg kg 01 mg kg root growth inhibition analysing crop responses div >< p soil organic matter available diuron levels wheat shoot biomass phytotoxicity risk assessment avoid crop phytotoxicity borne diuron residues canola </ p loamy sand soil phytotoxicity risk diuron residues potential phytotoxicity plant growth loamy sand crop species crop rotations soil properties diuron concentrations diuron causes value emphasizes three common sand followed sand compared label concentrations inert sand decreased bio clay content careful planning agricultural soils
Tags:	Add Tag No Tags, Be the first to tag this record!

Be the first to leave a comment!