The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it

The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it

It was found that triazine herbicides exerted, when applied for a longer time, an increasing inhibitory effect on dry and fresh weight yields, transpiration and growth of the seedlings of flax, beet and buckwheat. At the same time enhanced accumulation of free amino acids and decrease of simple suga...

Full description

Bibliographic Details
Main Authors: M. Płoszyński, H. Żurawski
Format: Article
Language:English
Published: Polish Botanical Society 2015-06-01
Series:Acta Agrobotanica
Online Access:https://pbsociety.org.pl/journals/index.php/aa/article/view/6095
id doaj-9a9b0a3ddb944e50907798c6c0441c54
record_format Article
spelling doaj-9a9b0a3ddb944e50907798c6c0441c542020-11-25T03:16:51ZengPolish Botanical SocietyActa Agrobotanica2300-357X2015-06-0124220521510.5586/aa.1971.0115273The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with itM. Płoszyński0H. Żurawski1Institute of Soil Science and Cultivation of Plants in Laskowice OławskieInstitute of Soil Science and Cultivation of Plants in Laskowice OławskieIt was found that triazine herbicides exerted, when applied for a longer time, an increasing inhibitory effect on dry and fresh weight yields, transpiration and growth of the seedlings of flax, beet and buckwheat. At the same time enhanced accumulation of free amino acids and decrease of simple sugar values was noted in the aboveground parts of the test plants. The results are interpreted as the secondary effects of the inhibitory action of triazines on plant photosynthesis. The toxicity of the tested chemicals to flax, beet and buckwheat decreased in the following order: atrazine, simazine, propazine, atratone, prometone and prometryne. Flax was more resistant to triazines than beets and buckwheat.https://pbsociety.org.pl/journals/index.php/aa/article/view/6095
collection DOAJ
language English
format Article
sources DOAJ
author M. Płoszyński
H. Żurawski
spellingShingle M. Płoszyński
H. Żurawski
The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
Acta Agrobotanica
author_facet M. Płoszyński
H. Żurawski
author_sort M. Płoszyński
title The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
title_short The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
title_full The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
title_fullStr The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
title_full_unstemmed The phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
title_sort phytotoxic action of triazine herbicides on flax, beets and buckwheat seedlings, and some physiological changes connected with it
publisher Polish Botanical Society
series Acta Agrobotanica
issn 2300-357X
publishDate 2015-06-01
description It was found that triazine herbicides exerted, when applied for a longer time, an increasing inhibitory effect on dry and fresh weight yields, transpiration and growth of the seedlings of flax, beet and buckwheat. At the same time enhanced accumulation of free amino acids and decrease of simple sugar values was noted in the aboveground parts of the test plants. The results are interpreted as the secondary effects of the inhibitory action of triazines on plant photosynthesis. The toxicity of the tested chemicals to flax, beet and buckwheat decreased in the following order: atrazine, simazine, propazine, atratone, prometone and prometryne. Flax was more resistant to triazines than beets and buckwheat.
url https://pbsociety.org.pl/journals/index.php/aa/article/view/6095
work_keys_str_mv AT mpłoszynski thephytotoxicactionoftriazineherbicidesonflaxbeetsandbuckwheatseedlingsandsomephysiologicalchangesconnectedwithit
AT hzurawski thephytotoxicactionoftriazineherbicidesonflaxbeetsandbuckwheatseedlingsandsomephysiologicalchangesconnectedwithit
AT mpłoszynski phytotoxicactionoftriazineherbicidesonflaxbeetsandbuckwheatseedlingsandsomephysiologicalchangesconnectedwithit
AT hzurawski phytotoxicactionoftriazineherbicidesonflaxbeetsandbuckwheatseedlingsandsomephysiologicalchangesconnectedwithit
_version_ 1724634587447951360

Similar Items