Catalpa speciosa water-holding capacity study in Karaganda and Zhezkazgan

S. Tleukenova, Helena A. Gavrilkova, A. Madieva, Andrey Nikolaevich Matveev, A. Aitymov
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Abstract

The study of the hydration and water-retaining capacity of plant leaves is important for assessing the possibility of their cultivation and mass use in green construction in the arid conditions of Kazakhstan. This article examines the issues of hydration and water-retaining capacity of the leaves of the valuable ornamental culture Catalpa speciosa in the conditions of the cities of Karaganda and Zhezkazgan. The indicators of hydration and weight loss during drying for 1, 3 and 6 hours were studied by leaves of plants of the 1st, 2nd and 3rd years of vegetation from May to August. It was found that the leaves of Catalpa speciosa in the conditions of the city of Karaganda had higher indicators of hydration and water-holding capacity than in the city of Zhezkazgan. The maximum values of moisture loss during drying were noted for plants of the 1st year of vegetation, the minimum values for individuals of the 3rd year. By the months of the vegetative season, the leaves lose free water as much as possible in the conditions of Karaganda in June, for Zhezkazgan in June and July; minimal moisture losses were noted for both cities — in August. Thus, critical points of water exchange intensity were identified in June and July, which require intensification of irrigation in these months. More active watering must be organized for plants in the 1st year of development. In general, good indicators of the water-holding capacity of Catalpa speciosa leaves have been established, which indicates the possibility of active use of this crop in the green construction of arid territories of Central Kazakhstan.
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卡拉干达和哲兹卡兹干地区梓树保水能力研究
研究植物叶片的水化和保水能力对于评估在哈萨克斯坦干旱条件下种植和大规模使用绿色建筑的可能性具有重要意义。本文研究了在卡拉干达和浙兹卡兹干两市条件下珍贵观赏植物梓叶的水化和保水性问题。以5 ~ 8月植被1、2、3年植株叶片为研究对象,研究了干燥1、3、6 h时水分和失重指标。结果表明,卡拉干达市条件下的梓树叶片水化和保水性指标高于哲兹卡兹甘市条件下的梓树叶片。干燥过程中水分流失量最大的是植被第1年的植株,最小的是第3年的个体。在营养季节的几个月里,在6月的卡拉干达条件下,叶子尽可能地失去自由水分,在6月和7月的浙兹卡兹干条件下;这两个城市在8月份的水分损失最小。因此,确定了6月和7月是水交换强度的临界点,这两个月需要加强灌溉。在植物发育的第一年,必须组织更多的主动浇水。总的来说,已经确定了梓叶持水能力的良好指标,这表明在哈萨克斯坦中部干旱地区的绿色建设中积极利用这种作物的可能性。
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