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Our results showed that leaf area has the strongest influence on petiole anatomical traits, more than temperature, precipitation and plant height, emphasizing the supportive and mechanical role of this part of the leaf. Petioles tend to be longer and have a circular outline in larger leaves.
2 kwi 2021 · With two types of strengthening structures found by Sacher et al. (2019) , our research aims to determine if there are more distinct principles of how the petiole–lamina junction in peltate leaves can be organised.
2 kwi 2021 · The majority are herbaceous perennials growing in shady, humid to wet habitats mainly distributed in the subtropical–tropical zones. Detailed anatomical investigation of 41 species revealed several distinct principles of how the transition zone between the petiole and lamina is organised.
1 kwi 2021 · We investigated the possible scaling of the petiole–lamina relationships in three dimensions, i.e., petiole length (PL) vs. lamina length (LL), petiole cross sectional area (PCA) vs. lamina...
2 kwi 2021 · Petioles are important plant organs connecting stems with leaf blades and affecting light- 28 harvesting leaf ability as well as transport of water, nutrient and biochemical signals.
Fertilization has an influence on the close-by ecosystems through transport of nutrients, which may induce adverse changes in surface waters or are harmful for human health.
7 lut 2022 · The current research compared the petiole anatomy of two grapevine (Vitis vinifera L.) cultivars, Shiraz and Cabernet Sauvignon, in respect to hydraulic properties.
