Mixed Grazing and Dietary Supplementation Improve the Response to Gastrointestinal Nematode Parasitism and Production Performances of Goats

Bambou, Jean-Christophe; Ceï, Willy; Arquet, Rémy; Calif, Valériuse; Bocage, Bruno; Mandonnet, Nathalie; Guy, Alexandre

doi:10.3389/fvets.2021.628686

Cited by 10 publications

(6 citation statements)

References 32 publications

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“…An additional problem with supplementation is that we can connect that some animals may be reluctant to eat the supplements if they are not accustomed to them, or there might be existing competition between animals ( 6 ). The importance of dietary supplementation, especially protein supplementation, showed in numerous studies on resistance and resilience of sheep and goats to GI parasite infections, has been recently confirmed in a few studies ( 21 , 22 ). According to Hoste et al ( 23 ), GI parasitic infection is often equated to a nutritional disease because of the major negative impacts on total tract digestibility, diet intake, and the reorientation of nutrient use for the maintenance of tissue homeostasis.…”

Section: Discussionmentioning

confidence: 90%

Welfare of Native Goat Breeds in Serbia—Emphasis on Parasitological Infections

et al. 2021

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Native goat breeds in Serbia has been recognized as an important element of regional agrobiodiversity and play an important role in the safeguarding of cultural and traditional heritage. The aim of this study was to identify the main welfare issues likely to be encountered in extensive goat farming systems with an emphasis on parasitological infections. The study was conducted during the winter season on four small farms of native Balkan and Serbian white goats. For welfare assessment, animal-based indicators from AWIN protocol for goats were used. All fecal samples for parasites were qualitatively and quantitatively examined. The main welfare issues identified were poor hair coat condition (62.79%), dirty and light soiling hindquarters (31.40%), thin body condition score (26.74%), abscesses (19.78%), and udder asymmetry (18.60%). In addition, an important and prevalent welfare problem identified across all farms was parasite infection and weak significant (p < 0.001) correlation between certain parasites (Strongylidae, Moniezia spp., Buxtonella sulcate, and Protostrongylidae) and welfare indicators such as poor hair coat condition and nasal discharge. The results of this study provided the first overview and valuable insight into the impact of extensive systems on the welfare of native goats in the Balcan region.

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Section: Discussionmentioning

confidence: 90%

Welfare of Native Goat Breeds in Serbia—Emphasis on Parasitological Infections

et al. 2021

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“…Although the additive or synergistic effect of this combination was not clearly demonstrated, the proportion of 55% sainfoin in the diet led to a significantly lower EPG compared to the control diet (Werne et al, 2013). In the study done by Bambou et al (2021), the effect of the application of combined grazing of kids and heifers and supplementary feeding with forage tropical grasses on the response to the presence of gastrointestinal nematodes and production characteristics in kids was examined. It was shown that both individual strategies had a positive effect (FEC significantly lower in the group of combined grazing, and cell volume -PCV, BCS and live weight in the group that received supplements), but that their combination would improve the production performance of the animals.…”

Section: Integrated Control Approachmentioning

confidence: 99%

Novel Strategies for the Control of Gastrointestinal Nematodes in Sheep

ŠTRBAC,

KRNJAJIĆ,

STOJANOVIĆ

et al. 2023

VJRS

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Gastrointestinal nematodes are very important parasites of domestic animals, especially in small ruminants. In sheep, diseases usually have a subclinical form with a decrease in body weight and production, and sometimes there can be visible clinical symptoms such as anorexia, anemia, severe diarrhea and protein loss, all of which together can lead to death. Commercial drugs such as benzimidazole and macrocyclic lactones have been successfully used for decades to control these parasites. However, the irrational application of these drugs has led to the development of anthelmintic resistance, a decrease in their effectiveness and consequent economic losses that threaten the sustainability of sheep breeding. In addition, the use of commercial preparations is also associated with the residues in animal products and the environment, and there is also an increase in the price of these preparations. For this reason, novel strategies for controlling of these parasites are actively seeking, with the goal of establishing an integrated approach that involves the application of several different strategies. On the one hand, these include strategies for the rational application of commercial preparations based on refugia (targeted treatments, targeted selective treatments), as well as the combination and rotation of anthelmintics from different chemical groups. On the other hand, an integrated approach implies the use of different alternative strategies such as genetic selection of animals naturally resistant to nematodes, rational management of pastures, balanced nutrition with supplementary nutrients, biological control (use of fungi, bacteria, etc.), development of vaccines as well as the use of botanical preparations (plants and their products such as extracts and essential oils). Various studies have proven the effectiveness of the mentioned strategies in the control of gastrointestinal nematodes of sheep, whereby the best results are achieved by their combined application. Thus, it is possible to slow down the development and spread of anthelmintic resistance, as well as achieve sustainable control of these parasites and reduce economic losses.

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“…As resistance to many anthelmintic drugs becomes more prevalent, farmers are increasingly seeking alternative control methods for parasite management, such as rotational grazing, alternative forages and pasture management practices like mixed grazing (Bambou et al, 2021; Grace et al, 2019; Kumar et al, 2013; Velde et al, 2018), and biological control (Szewc et al, 2021). Underpinning the effectiveness and usage of many of these alternative strategies, however, are the fundamental biotic and abiotic interactions that occur on pasture.…”

Section: Introductionmentioning

confidence: 99%

Biotic interactions in soil and dung shape parasite transmission in temperate ruminant systems: An integrative framework

Boughton,

Lancaster,

Morgan

2024

Ecological Applications

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Gastrointestinal helminth parasites undergo part of their life cycle outside their host, such that developmental stages interact with the soil and dung fauna. These interactions are capable of affecting parasite transmission on pastures yet are generally ignored in current models, empirical studies and practical management. Dominant methods of parasite control, which rely on anthelmintic medications for livestock, are becoming increasingly ineffective due to the emergence of drug‐resistant parasite populations. Furthermore, consumer and regulatory pressure on decreased chemical use in agriculture and the consequential disruption of biological processes in the dung through nontarget effects exacerbates issues with anthelmintic reliance. This presents a need for the application and enhancement of nature‐based solutions and biocontrol methods. However, successfully harnessing these options relies on advanced understanding of the ecological system and interacting effects among biotic factors and with immature parasite stages. Here, we develop a framework linking three key groups of dung and soil fauna—fungi, earthworms, and dung beetles—with each other and developmental stages of helminths parasitic in farmed cattle, sheep, and goats in temperate grazing systems. We populate this framework from existing published studies and highlight the interplay between faunal groups and documented ecological outcomes. Of 1756 papers addressing abiotic drivers of populations of these organisms and helminth parasites, only 112 considered interactions between taxa and 36 presented data on interactions between more than two taxonomic groups. Results suggest that fungi reduce parasite abundance and earthworms may enhance fungal communities, while competition between dung taxa may reduce their individual effect on parasite transmission. Dung beetles were found to impact fungal populations and parasite transmission variably, possibly tied to the prevailing climate within a specific ecological context. By exploring combinations of biotic factors, we consider how interactions between species may be fundamental to the ecological consequences of biocontrol strategies and nontarget impacts of anthelmintics on dung and soil fauna and how pasture management alterations to promote invertebrates might help limit parasite transmission. With further development and parameterization the framework could be applied quantitatively to guide, prioritize, and interpret hypothesis‐driven experiments and integrate biotic factors into established models of parasite transmission dynamics.

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Mixed Grazing and Dietary Supplementation Improve the Response to Gastrointestinal Nematode Parasitism and Production Performances of Goats

Cited by 10 publications

References 32 publications

Welfare of Native Goat Breeds in Serbia—Emphasis on Parasitological Infections

Welfare of Native Goat Breeds in Serbia—Emphasis on Parasitological Infections

Novel Strategies for the Control of Gastrointestinal Nematodes in Sheep

Biotic interactions in soil and dung shape parasite transmission in temperate ruminant systems: An integrative framework

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