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The Scientific Research Notes of S. Sunkavally, Printed Part, page. 84.
Dates unclear, but certainly between 2006-2012.
The Scientific Research Notes Of S. Sunkavally (years: 2002-2011).
3106-3108.
The Scientific Research Notes Of S. Sunkavally (years: 2002-2011).
1846-1848.
The Scientific Research Notes Of S. Sunkavally (years: 2002-2011).
1394.
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The Atriplex canescens is well adapted to extreme environmental conditions and present properties accumulator of heavy metals. Our study is to investigate the effect accumulator of heavy metals (copper, zinc, cadmium and lead) by the Atriplex canescenss stressed after 60 days of the sowing. It applying five different doses to the plant Atriplex canescens for two weeks for: Zn, Cd, Pb (0, 2500, 5000, 7500, and 10000 ppm) and for copper (0, 2000, 2500, 3000 and 3500 ppm). The contents of proline and the soluble sugars were analyzed by spectrophotometry. The results obtained show an increase in the content of proline and soluble sugars according to the increasing concentration of heavy metals to the levels of the leaves and the roots. The contents of proline and the soluble sugars in leaves are widely superior to those of the roots. The highest contents inproline and soluble sugars in the leaves (74.45 mg. g-1 dry weight of the proline and 23.82 mg. g-1 dry weight of soluble sugars) are obtained in the dose of 10000 ppm of (zinc, cadmium) respectively. On the other hand, the highest contents proline and soluble sugars in roots are obtained in the metallic dose of 10000 ppm for the cadmium and the zinc respectively (46mg. g-1 dry weight of the proline and 10.26 mg. g-1 dry weight of soluble sugars). The obtained results are in favour of the implication of Atriplex canescens in a project of phytoremediation to clean up the contaminated soils.
https://cen.acs.org/pharmaceuticals/vaccines/tiny-tweak-behind-COVID-19/98/i38
This study was undertaken to investigate the role of arbuscular mycorrhiza in alleviation of flooding stress in passion fruits in Kenya. Passion fruit seedlings (Passiflora edulis var edulis L.) (purple passion fruits) were raised in sterilized sand under low phosphorus regime for 12 weeks before flooding was initiated for 28 days. Mycorrhizal inoculation maintained greater leaf retention as opposed to leaf abscission that occurred more rapidly in non-mycorrhizal seedlings under flooding. Flooding induced an increase in leaf proline concentration with mycorrhizal seedlings having the highest proline concentration. Flooding caused a decline in chlorophyll content and this occurred more rapidly in non mycorrhizal treatments. Flooding also caused an increase in the carotenoid content, this occurring more rapidly in nonmycorrhizal seedlings. The total soluble sugars increased in non-mycorrhizal seedlings subjected to flooding but remained unchanged in mycorrhizal seedlings under flooding. Flooding induced a reduction but did not completely inhibit mycorrhizal root colonization. The leaf nitrogen and phosphorus content declined under flooding, with the decline occurring more rapidly in non-mycorrhizal seedlings. This study found out that increased production of proline, maintenance of optimum nutrient supply in the leaves and maintenance of leaf chlorophyll aid mycorrhizal passion fruit seedlings to delay the adverse effects of flooding.
