Academic literature on the topic 'Holistic grazing management'

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Journal articles on the topic "Holistic grazing management"

1

Mann, Carolyn, and Kate Sherren. "Holistic Management and Adaptive Grazing: A Trainers’ View." Sustainability 10, no. 6 (2018): 1848. http://dx.doi.org/10.3390/su10061848.

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2

Gadzirayi, C. T., E. Mutandwa, and J. F. Mupangwa. "Holistic Environmental Management in a Communal Grazing Scheme." Rangelands 29, no. 1 (2007): 22–25. http://dx.doi.org/10.2111/1551-501x(2007)29[22:hemiac]2.0.co;2.

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3

Carter, John, Allison Jones, Mary O’Brien, Jonathan Ratner, and George Wuerthner. "Holistic Management: Misinformation on the Science of Grazed Ecosystems." International Journal of Biodiversity 2014 (April 23, 2014): 1–10. http://dx.doi.org/10.1155/2014/163431.

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Over 3 billion hectares of lands worldwide are grazed by livestock, with a majority suffering degradation in ecological condition. Losses in plant productivity, biodiversity of plant and animal communities, and carbon storage are occurring as a result of livestock grazing. Holistic management (HM) has been proposed as a means of restoring degraded deserts and grasslands and reversing climate change. The fundamental approach of this system is based on frequently rotating livestock herds to mimic native ungulates reacting to predators in order to break up biological soil crusts and trample plants and soils to promote restoration. This review could find no peer-reviewed studies that show that this management approach is superior to conventional grazing systems in outcomes. Any claims of success due to HM are likely due to the management aspects of goal setting, monitoring, and adapting to meet goals, not the ecological principles embodied in HM. Ecologically, the application of HM principles of trampling and intensive foraging are as detrimental to plants, soils, water storage, and plant productivity as are conventional grazing systems. Contrary to claims made that HM will reverse climate change, the scientific evidence is that global greenhouse gas emissions are vastly larger than the capacity of worldwide grasslands and deserts to store the carbon emitted each year.
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4

Sherren, Kate, and Carlisle Kent. "Who's afraid of Allan Savory? Scientometric polarization on Holistic Management as competing understandings." Renewable Agriculture and Food Systems 34, no. 1 (2017): 77–92. http://dx.doi.org/10.1017/s1742170517000308.

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AbstractHow to graze livestock sustainably is an important and complex question. The debate between rotational and continuous grazing has been ongoing since the 1950s, yet evidence is perennially mixed. We used scientometrics to understand the structure of science on Holistic Management (HM), the most contentious of these adaptive practices. We used papers in Web of Science since 1980 citing the work of HM's ‘father’, Allan Savory, as a way of delineating a field that is otherwise chaotic with terminology. Results show an increasingly diverse use of Savory's work geographically and in terms of subject areas. Taking a positive position on HM seems most likely for those doing farm-scale (rather than experimental) work in dry climates. Bibliographic factions align with the various disciplines working on grazing research and also their expressed opinion on HM practices. Factions represent disciplinary strength, suggesting barriers for integrative work but also the need for the resolution of competing understandings in specific contexts with diverse participants to inform grazing decisions.
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5

Gregorini, Pablo, Juan J. Villalba, Pablo Chilibroste, and Frederick D. Provenza. "Grazing management: setting the table, designing the menu and influencing the diner." Animal Production Science 57, no. 7 (2017): 1248. http://dx.doi.org/10.1071/an16637.

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Pastoral livestock-production systems are under increasing environmental, social and consumer pressures to reduce environmental impacts and to enhance biodiversity and animal welfare. At the same time, farmers face the challenge of managing grazing, which is intimately linked with profitability. Recent advances in understanding grazing patterns and nutritional ecology may help alleviate such pressures. For instance, by managing grazing to (1) manipulate links between ingestive–digestive decisions and temporal patterns of nutrient excretion, (2) provide phytochemically diverse diets at appropriate temporal (the menu) and spatial (the table) scales and (3) influence the behaviour of animals (the diners) on the basis of their specific ‘personalities’ and needs, to overcome or enhance animal differences, thereby enhancing their and farm productivity and welfare, as well as our health. Under pastoral systems, synergies between animals’ and farmers’ grazing decisions have the potential to offer greater benefits to the animal, the environment and the farm than does simple and parsimonious grazing management based on a single component of the system. In the present review, we look at grazing and its management through an alternate lens, drawing ideas and hypotheses to stimulate thinking, dialogue and discussions that we anticipate will evolve into innovative research programs and grazing strategies. To do so, we combined experimental and observational studies from a wide range of disciplines with simulation-modelling exercises. We envisage a more holistic approach to manage grazing based on recent advances in the understanding of the nutritional ecology of grazing animals, and propose management practices that may enable pastoral livestock-production systems to evolve continually as complex creative systems.
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6

Karmiris, Ilias, Christos Astaras, Konstantinos Ioannou, et al. "Estimating Livestock Grazing Activity in Remote Areas Using Passive Acoustic Monitoring." Information 12, no. 8 (2021): 290. http://dx.doi.org/10.3390/info12080290.

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Grazing has long been recognized as an effective means of modifying natural habitats and, by extension, as a wildlife and protected area management tool, in addition to the obvious economic value it has for pastoral communities. A holistic approach to grazing management requires the estimation of grazing timing, frequency, and season length, as well as the overall grazing intensity. However, traditional grazing monitoring methods require frequent field visits, which can be labor intensive and logistically demanding to implement, especially in remote areas. Questionnaire surveys of farmers are also widely used to collect information on grazing parameters, however there can be concerns regarding the reliability of the data collected. To improve the reliability of grazing data collected and decrease the required labor, we tested for the first time whether a novel combination of autonomous recording units and the semi-automated detection algorithms of livestock vocalizations could provide insight on grazing activity at the selected areas of the Greek Rhodope mountain range. Our results confirm the potential of passive acoustic monitoring (PAM) techniques as a cost-efficient method for acquiring high resolution spatiotemporal data on grazing patterns. Additionally, we evaluate the three algorithms that we developed for detecting cattle, sheep/goat, and livestock bell sounds, and make them available to the broader scientific community. We conclude with suggestions on ways that acoustic monitoring can further contribute to managing legal and illegal grazing, and offer a list of priorities for related future research.
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7

Wagle, Pradeep, and Prasanna Gowda. "Tallgrass Prairie Responses to Management Practices and Disturbances: A Review." Agronomy 8, no. 12 (2018): 300. http://dx.doi.org/10.3390/agronomy8120300.

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Adoption of better management practices is crucial to lessen the impact of anthropogenic disturbances on tallgrass prairie systems that contribute heavily for livestock production in several states of the United States. This article reviews the impacts of different common management practices and disturbances (e.g., fertilization, grazing, burning) and tallgrass prairie restoration on plant growth and development, plant species composition, water and nutrient cycles, and microbial activities in tallgrass prairie. Although nitrogen (N) fertilization increases aboveground productivity of prairie systems, several factors greatly influence the range of stimulation across sites. For example, response to N fertilization was more evident on frequently or annually burnt sites (N limiting) than infrequently burnt and unburnt sites (light limiting). Frequent burning increased density of C4 grasses and decreased plant species richness and diversity, while plant diversity was maximized under infrequent burning and grazing. Grazing increased diversity and richness of native plant species by reducing aboveground biomass of dominant grasses and increasing light availability for other species. Restored prairies showed lower levels of species richness and soil quality compared to native remnants. Infrequent burning, regular grazing, and additional inputs can promote species richness and soil quality in restored prairies. However, this literature review indicated that all prairie systems might not show similar responses to treatments as the response might be influenced by another treatment, timing of treatments, and duration of treatments (i.e., short-term vs. long-term). Thus, it is necessary to examine the long-term responses of tallgrass prairie systems to main and interacting effects of combination of management practices under diverse plant community and climatic conditions for a holistic assessment.
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8

Serrano, João, Shakib Shahidian, José Marques da Silva, et al. "Climate Changes Challenges to the Management of Mediterranean Montado Ecosystem: Perspectives for Use of Precision Agriculture Technologies." Agronomy 10, no. 2 (2020): 218. http://dx.doi.org/10.3390/agronomy10020218.

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Montado is an agro-silvo-pastoral system characterized by a high complexity as a result of the interactions between climate, soil, pasture, trees, and animals. It is in this context that management decisions must be made, for example with respect to soil fertilization, grazing, or animal supplementation. In this work, the effect of the tree canopy on the spatial and temporal variability of the soil and productivity, quality, and floristic composition of the pasture was evaluated. Precision agriculture (PA) technologies for monitoring soil and pasture were also evaluated. The study was carried out between October 2015 and June 2018 in an experimental field of 2.3 ha. The results showed: (i) The positive impact of trees and animal grazing on soil fertility; (ii) the influence of inter-annual variability of precipitation on the pattern of pasture vegetative cycle; (iii) the positive effect of trees in pasture quality; (iv) the negative effect of trees in pasture productivity; (v) the role of pasture floristic composition as an indicator of soil limitations or climatic changes; (vi) the potential of technologies associated with the concept of PA as express tools to decision making support and for the optimization of the herbaceous stratum and the dynamic management of grazing in this ecosystem in a holistic and sustainable form.
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9

Oliva, Gabriel, Daniela Ferrante, Carla Cepeda, Gervasio Humano, and Silvina Puig. "Holistic versus continuous grazing in Patagonia: A station-scale case study of plant and animal production." Rangeland Ecology & Management 74 (January 2021): 63–71. http://dx.doi.org/10.1016/j.rama.2020.09.006.

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10

Wilcox, DG, and DG Burnside. "Land Administration in the Rangelands: What for, Who for and How?" Rangeland Journal 16, no. 2 (1994): 298. http://dx.doi.org/10.1071/rj9940298.

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The path of change in land administration practices from that which had the exploitation of pastoral resources by domestic stock as its principal objective to a position where administration is required to take a more holistic view of the management of rangelands for a wide range of uses is discussed in this paper. Although historically administration has been generally slow to react to changing operating environments, a varying degree of legislative and behavioural changes have occurred in response to a wide range of influences. These influences include: objective information on rangeland resources; complementary legislation affecting the use of these resources; new Government programs directed at improving land management; a developing awareness of the value of rangeland for purposes other than grazing domestic animals; and the economic difficulties facing the grazing industries. With major changes and uncertainties surrounding rangeland use, we suggest that administrators themselves must define their objectives clearly in terms of the needs of all land users, within a framework of sustainable land use. This work can best be done within new networks and partnerships involving the relevant agencies and groups. By defining acceptable criteria and decision rules within these structures, administrators can focus more on the quality of the process in land administration and measuring their performance, rather than regulating for their defined desirable outcome. Finally, we recognise that the evaluation of administrative performance is an area that requires urgent attention.
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