Track 2-2-2: Plant-Animal Interactions, Grazing Behaviour and Plant Quarantine
Description
Integrated crop-livestock-forest systems (ICLF) are intended to increase land use efficiency and to harvest benefits from interactions among the components involved. Thus, cattle husbandry success on such systems depends on the suitability and adaptability of the forages used. Shadow causes stress to plants growing in the understory of ICLF systems due to limitation of photo synthetically active radiation, whose intensity varies with location, time of the year and the tree component.
Reduction of light incidence on forage leads to limited growth rates as a function of energy restriction necessary to the photosynthetic processes, requiring a number of morphological, physiological, structural and anatomical adaptations from the plant, called acclimatization (Gobbi et al., 2011). In this context, this work aimed to evaluate anatomical characteristics of tropical Panicum grasses under an ICLF system in the Brazilian Cerrado.
Citation
Pereira, Mariana; Almeida, Roberto G.; da Graça Morais, Maria; Lempp, Beatriz; and Bungenstab, Davi José, "Anatomical Characteristics and Leaf Blade Digestibility of Five Panicum Genotypes under Integrated Crop-Livestock-Forest System" (2020). IGC Proceedings (1993-2023). 14.
https://uknowledge.uky.edu/igc/23/2-2-2/14
Included in
Anatomical Characteristics and Leaf Blade Digestibility of Five Panicum Genotypes under Integrated Crop-Livestock-Forest System
Integrated crop-livestock-forest systems (ICLF) are intended to increase land use efficiency and to harvest benefits from interactions among the components involved. Thus, cattle husbandry success on such systems depends on the suitability and adaptability of the forages used. Shadow causes stress to plants growing in the understory of ICLF systems due to limitation of photo synthetically active radiation, whose intensity varies with location, time of the year and the tree component.
Reduction of light incidence on forage leads to limited growth rates as a function of energy restriction necessary to the photosynthetic processes, requiring a number of morphological, physiological, structural and anatomical adaptations from the plant, called acclimatization (Gobbi et al., 2011). In this context, this work aimed to evaluate anatomical characteristics of tropical Panicum grasses under an ICLF system in the Brazilian Cerrado.
