Farmer perceptions on factors influencing water scarcity for goats in resource-limited communal farming environments     

Mdletshe  Zwelethu Mfanafuthi  Ndlela  Sithembile Zenith  Nsahlai  Ignatius Verla  Chimonyo  Michael 《Tropical animal health and production》2018,50(7):1617-1623

The objective of the study was to compare factors influencing water scarcity for goats in areas where there are seasonal and perennial rivers under resource-limited communal farming environments. Data were collected using a structured questionnaire (n?=?285) administered randomly to smallholder goat farmers from areas with seasonal and perennial rivers. Ceremonies was ranked as the major reason for keeping goats. Water scarcity was ranked the major constraint to goat production in areas with seasonal rivers when compared to areas with perennial rivers (P?<?0.05). Dams and rivers were ranked as the major water source for goat drinking in areas with seasonal and perennial river systems during cool dry and rainy seasons. Rivers were ranked as an important water source for goat drinking where there are seasonal and perennial river systems during the cool dry season. Households located close (≤?3 km) to the nearest water source reported drinking water for goats a scarce resource. These results show that river systems, season and distance to the nearest water source from a household were factors perceived by farmers to influence water scarcity for goats in resource-limited communal farming environments. Farmers should explore water-saving strategies such as recycling wastewater from kitchens and bathrooms as an alternative water source. The government may assist farmers through sinking boreholes to supply water for both humans and livestock.

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Can treatment of <Emphasis Type="Italic">Brachiaria decumbens</Emphasis> (signal grass) improve its utilisation in the diet in small ruminants?—a review     

Eric Lim Teik Chung  Michael Predith  Frisco Nobilly  Anjas Asmara Samsudin  Faez Firdaus Abdullah Jesse  Teck Chwen Loh 《Tropical animal health and production》2018,50(8):1727-1732

Brachiaria decumbens is an extremely productive tropical grass due to its aggressive growth habit and its adaptation to a varied range of soil types and environments. As a result of the vast availability, treated B. decumbens demonstrates as a promising local material that could be utilised as an improved diet for sheep and goats. Despite the fact that the grass significantly increases weight gains in grazing farm animals, there were many reports of general ill-thrift and sporadic outbreaks of photosensitivity in livestock due to the toxic compound of steroidal saponin found in B. decumbens. Ensiling and haymaking were found to be effective in removing toxin and undesirable compounds in the grass. Biological treatments using urea, activated charcoal, polyethylene glycol, and effective microorganisms were found to be useful in anti-nutritional factor deactivation and improving the nutritive values of feedstuffs. Besides, oral administration of phenobarbitone showed some degree of protection in sheep that fed on B. decumbens pasture. In this review, we aim to determine the effect of B. decumbens toxicity and possible treatment methods on the grass to be used as an improved diet for small ruminant.  相似文献   

Incidence and risk factors for neurological signs after attenuation of single congenital portosystemic shunts in 253 dogs          下载免费PDF全文

Rhiannon Strickland BVetMed  Michael S. Tivers BVSc  PhD  DipECVS  Sophie E. Adamantos BVSc  DACVECC  DECVECC  Tom R. Harcourt‐Brown MA  VetMB  DipECVN  Robert C. Fowkes BSc  PhD  Victoria J. Lipscomb MA  VetMB  DipECVS 《Veterinary surgery : VS》2018,47(6):745-755

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Once daily oral extended‐release hydrocodone as analgesia following tibial plateau leveling osteotomy in dogs          下载免费PDF全文

Ann E. Heffernan DVM  DACVS  Erin M. Katz DVM  Yiwen Sun PhD  Aaron K. Rendahl PhD  Michael G. Conzemius DVM  PhD  DACVS 《Veterinary surgery : VS》2018,47(4):516-523

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Knowledge,attitudes and practices towards <Emphasis Type="Italic">cystic echinococcosis</Emphasis> in livestock among selected pastoral and agro-pastoral communities in Uganda     

Leonard Omadang  Martin Chamai  Emmanuel Othieno  Andrew Okwi  Francis Olaki Inangolet  Francis Ejobi  Peter Oba  Michael Ocaido 《Tropical animal health and production》2018,50(1):11-17

A cross-sectional study was done from March 2013 to May 2014 to assess knowledge, attitudes, and practices towards cystic echinococcosis (CE) or hydatidosis among selected pastoral and agro-pastoral communities in Uganda. A structured questionnaire was administered to 381 respondents. Multivariate logistic regression analysis was done to find the relationship between knowledge about CE and factors such as age, sex, and level of education across all regions. The odds ratio and confidence interval were used to determine the difference in responses across regions. It was shown that age above 36 years was significantly (p < 0.001) associated with awareness about CE in livestock. Likewise, uneducated (p < 0.0001) and agro-pastoralists (p = 0.01) were significantly less knowledgeable than the educated and pastoralists across all regions. The overall knowledge towards CE in livestock was low 17.8% (95% CI = 14.0–21.6). Dog ownership was high and they never dewormed their freely roaming dogs. Dogs shared water with livestock. In conclusion, knowledge about CE in livestock was low across all regions. Therefore, public health education and formulation of policies towards its control by the relevant stakeholders should be done. Also, the true prevalence of CE in livestock needs to be done so that the magnitude and its public health significance are elucidated.  相似文献   

Perceptions and opinions of pet owners in the United Sates about surgery,pain management,and anesthesia in dogs and cats          下载免费PDF全文

Bradley T. Simon DVM  MSc  DACVAA  Elizabeth M. Scallan DVM  MBA  MS  CVA  CCRP  Dirsko J. F. Von Pfeil DVM  DACVS  DECVS  DACVSMR  Daniel T. Boruta DVM  DACVAA  Rick Wall DVM  DACVSMR  CCRP  Belle M. Nibblett DVM  MVSc  DACVIM  O Odette DVM  DACVAA  Guy Beauchamp PhD  Paulo V. Steagall DVM  MSc  PhD  DACVAA 《Veterinary surgery : VS》2018,47(2):277-284

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Combined carbon dioxide laser and cryosurgical ablation of rostral nasal septum squamous cell carcinoma in 10 dogs          下载免费PDF全文

Maria K. Ierace  Michael S. Canfield  Jeanine Peters‐Kennedy  Curtis W. Kane 《Veterinary dermatology》2018,29(5):431-e142

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An investigation into the grazing efficiency of perennial ryegrass varieties     

Tomas Tubritt  Luc Delaby  Trevor Gilliland  Michael O’Donovan 《Grass and Forage Science》2020,75(3):253-265

The objective of this study was to compare the grazing efficiency of 30 perennial ryegrass varieties, differing in ploidy and heading date. Plots were grazed by lactating dairy cows and managed under a rotational grazing system with 19 grazing events occurring over two years. Pre-grazing and post-grazing compressed sward heights were measured with a rising plate meter. A mixed model was used to predict the post-grazing sward height of each variety based on year, grazing event, block and pre-grazing sward height. Residual grazed height (RGH) was derived as the difference between the actual and predicted post-grazing sward height and was used as the measure of grazing efficiency. Negative RGH values indicated that the actual herbage removed was greater than that predicted and so indicated a superior grazing efficiency. Varieties differed in their level of grazing efficiency (p < .001), with RGH values ranging from −0.38 to +0.34 cm. Tetraploid varieties exhibited significantly greater grazing efficiency performance than diploids (p < .001), with average RGH values of −0.13 and +0.13 cm respectively. A significant difference in grazing efficiency was found among recommended perennial ryegrass varieties that are not being recorded by mechanically harvested simulated grazing protocols. A variety reappraisal that included grazing efficiency could identify varieties capable of improving on-farm livestock productivity from grass.  相似文献   

Evaluation of Minerals,Phytochemical Compounds and Antioxidant Activity of Mexican,Central American,and African Green Leafy Vegetables     

Dulce M. Jiménez-Aguilar  Michael A. Grusak 《Plant foods for human nutrition (Dordrecht, Netherlands)》2015,70(4):357-364

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Accurate machine learning-based germination detection,prediction and quality assessment of three grain crops     

Genze  Nikita  Bharti  Richa  Grieb  Michael  Schultheiss  Sebastian J.  Grimm  Dominik G. 《Plant methods》2020,16(1):1-13

Photosynthesis is one of the most important biological reactions and forms the basis of crop productivity and yield on which a growing global population relies. However, to develop improved plant cultivars that are capable of increased productivity, methods that can accurately and quickly quantify photosynthetic efficiency in large numbers of genotypes under field conditions are needed. Chlorophyll fluorescence imaging is a rapid, non-destructive measurement that can provide insight into the efficiency of the light-dependent reactions of photosynthesis. To test and validate a field-deployed fluorescence imaging system on the TERRA-REF field scanalyzer, leaves of potted sorghum plants were treated with a photosystem II inhibitor, DCMU, to reduce photochemical efficiency (FV/FM). The ability of the fluorescence imaging system to detect changes in fluorescence was determined by comparing the image-derived values with a handheld fluorometer. This study demonstrated that the imaging system was able to accurately measure photochemical efficiency (FV/FM) and was highly correlated (r = 0.92) with the handheld fluorometer values. Additionally, the fluorescence imaging system was able to track the decrease in photochemical efficiency due to treatment of DCMU over a 7 day period. The system’s ability to capture the temporal dynamics of the plants’ response to this induced stress, which has comparable dynamics to abiotic and biotic stressors found in field environments, indicates the system is operating correctly. With the validation of the fluorescence imaging system, physiological and genetic studies can be undertaken that leverage the fluorescence imaging capabilities and throughput of the field scanalyzer.  相似文献