Niche differentiation of two congeneric Phlomis species in Egypt

A. Khedr, T. El-Katony, K. Saad-Allah, Fatma Ahmed, Mohamed Kashlana
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引用次数: 2

Abstract

Phlomis aurea Decne. and Phlomis floccosa D. Don. exhibit different ecological and geographical distribution range in Egypt. Phlomis aurea is endemic to Saint Katherine Protectorate (SKP), South Sinai with narrow geographic distribution, but wide ecological range. Phlomis floccosa has wide geographical and ecological range within the coastal western Mediterranean coast of Egypt. Unlike P. floccosa, P. aurea has wide altitudinal range which increases its resistance to climate changes. Here, we assessed the effect of microhabitats on growth parameters and plant vigor of P. aurea and P. floccosa. The maximum EC of the soil in the various microhabitats supporting P. floccosa (950 μS/cm) is substantially higher than that of P. aurea (110 μS/cm). Both Phlomis species had low number of associated species which may be related to habitat aridity. The results indicate that the microhabitats supporting both species are the best environments for future conservation of these species under the impact of climate change.
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埃及两个同属菌属物种的生态位分化
鹅毛癣。和絮凝菌。在埃及具有不同的生态和地理分布范围。金银花是西奈半岛南部圣凯瑟琳保护国的特有种,地理分布狭窄,但生态范围广泛。在埃及西地中海沿岸有广泛的地理和生态范围。与絮状假单胞菌不同,金黄色假单胞菌具有较宽的海拔范围,这增加了其对气候变化的抵抗力。研究了不同微生境对金黄色假单胞菌和絮状假单胞菌生长参数和生长活力的影响。不同微生境下的土壤最大EC值(950 μS/cm)明显高于金缕草(110 μS/cm)。两种种的伴生种数均较低,可能与生境干旱有关。结果表明,在气候变化的影响下,支持这两种物种的微生境是未来保护这两种物种的最佳环境。
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