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Theoretical and Experimental Plant Physiology · 2025 · Vol. 37 · Issue 1 · Springer
Soil management in tree cropping systems employs techniques like grassing, mulching, and weed control to improve soil health and reduce chemical herbicide use. Weeds compete with crops, leading to yield losses and increased reliance on synthetic herbicides, which pose environmental risks and contribute to the development of herbicide-resistant weeds. Sustainable alternatives like organic mulches, particularly municipal solid w...
Agricultural Research · 2024 · Vol. 13 · Issue 1 · Springer
Maintaining stable yield in a climate change scenario requires the implementation of adaptive strategies for vine and vineyard management. Knowing the level of starch stored in perennial vine organs may help to reduce the risk of environmental constraints. Therefore, the development of decision support tools is important to assist winegrowers. The aim of this work was to test the possibility of estimating the starch content in...
Theoretical and Experimental Plant Physiology · 2023 · Vol. 35 · Issue 3 · Springer
In the context of climate change, the optical properties of grapevine leaves have been used in imaging technologies to screen grapevine phenotypes tolerant to water deficit and heat waves in field conditions. Image-based plant phenotyping is challenging because the adaxial and the abaxial sides of the leaf present different morphology. This study investigated the effect of trichomes of the abaxial epidermis on the spectral res...
Plant and Soil · 2022 · Vol. 478 · Issue 1-2 · Springer
Aims Climate change imposes adaptation of viticulture in risk areas, such as the Mediterranean. Mycorrhization is a valid tool to reduce the impact of the expected temperature/drought increase. Aim of this work was to test the effects of mycorrhization on grapevine vegetative growth, element composition of soil/leaves, and microbiota of bulk soil/rhizosphere/endorhiza, in the field, under exacerbated summer stress conditions o...
Theoretical and Experimental Plant Physiology · 2021 · Vol. 33 · Issue 1 · Springer
Plants respond to drought stress through different physiological mechanisms. To highlight a specific adaptation strategy related to stem photosynthetic activity, woody tissue pigmentation was studied. In this work, 25 Vitis hybrids were studied in two experimental vineyards: one of them with sufficient water availability and the other showing drought stress. 1500 reflectance spectra of woody tissues were collected. Beside the...