Abstract
The /sup 131/J/sup -/ ion applied as KJ solution to lanolin ring on the leaf moved quickly to other parts of the leaf, however, it was transported to the stem and axillary bud in small amount. The /sup 131/J/sup -/ ion from potassium iodide was absorbed very fast by privet (Ligustrum vulgare L.). By 45 min after treatment about half of the applied ion was absorbed. This result was also confirmed in field experiments with non labelled KJ with privet and with SpiraeaXbumalda cv. Froebelii during 2 year experiments. In the conditions of high air humidity (95% r.h.) much more K/sup 131/J was absorbed than at low air humidity (50% r.h.) at the same temperature (23/sup 0/). Also at a relatively high temperature (23/sup 0/) the uptake was more intensive than at a low temperature (4/sup 0/), at the same air humidity (95% r.h.).
Citation Formats
Marczynski, S, and Jankiewicz, L S.
Uptake and translocation of labelled iodide ion in privet (Ligustrum vulgare L. ) as related to its defoliating activity.
Poland: N. p.,
1978.
Web.
Marczynski, S, & Jankiewicz, L S.
Uptake and translocation of labelled iodide ion in privet (Ligustrum vulgare L. ) as related to its defoliating activity.
Poland.
Marczynski, S, and Jankiewicz, L S.
1978.
"Uptake and translocation of labelled iodide ion in privet (Ligustrum vulgare L. ) as related to its defoliating activity."
Poland.
@misc{etde_5950690,
title = {Uptake and translocation of labelled iodide ion in privet (Ligustrum vulgare L. ) as related to its defoliating activity}
author = {Marczynski, S, and Jankiewicz, L S}
abstractNote = {The /sup 131/J/sup -/ ion applied as KJ solution to lanolin ring on the leaf moved quickly to other parts of the leaf, however, it was transported to the stem and axillary bud in small amount. The /sup 131/J/sup -/ ion from potassium iodide was absorbed very fast by privet (Ligustrum vulgare L.). By 45 min after treatment about half of the applied ion was absorbed. This result was also confirmed in field experiments with non labelled KJ with privet and with SpiraeaXbumalda cv. Froebelii during 2 year experiments. In the conditions of high air humidity (95% r.h.) much more K/sup 131/J was absorbed than at low air humidity (50% r.h.) at the same temperature (23/sup 0/). Also at a relatively high temperature (23/sup 0/) the uptake was more intensive than at a low temperature (4/sup 0/), at the same air humidity (95% r.h.).}
journal = []
volume = {31:1-2}
journal type = {AC}
place = {Poland}
year = {1978}
month = {Jan}
}
title = {Uptake and translocation of labelled iodide ion in privet (Ligustrum vulgare L. ) as related to its defoliating activity}
author = {Marczynski, S, and Jankiewicz, L S}
abstractNote = {The /sup 131/J/sup -/ ion applied as KJ solution to lanolin ring on the leaf moved quickly to other parts of the leaf, however, it was transported to the stem and axillary bud in small amount. The /sup 131/J/sup -/ ion from potassium iodide was absorbed very fast by privet (Ligustrum vulgare L.). By 45 min after treatment about half of the applied ion was absorbed. This result was also confirmed in field experiments with non labelled KJ with privet and with SpiraeaXbumalda cv. Froebelii during 2 year experiments. In the conditions of high air humidity (95% r.h.) much more K/sup 131/J was absorbed than at low air humidity (50% r.h.) at the same temperature (23/sup 0/). Also at a relatively high temperature (23/sup 0/) the uptake was more intensive than at a low temperature (4/sup 0/), at the same air humidity (95% r.h.).}
journal = []
volume = {31:1-2}
journal type = {AC}
place = {Poland}
year = {1978}
month = {Jan}
}