Integrating digital and field surveillance as complementary efforts to manage epidemic diseases of livestock: African swine fever as a case study

SARS-CoV-2 has clearly shown that efficient management of infectious diseases requires a top-down approach which must be complemented with a bottom-up response to be effective. Here we investigate a novel approach to surveillance for transboundary animal diseases using African Swine (ASF) fever as a model. We collected data both at a population level and at the local level on information-seeking behavior respectively through digital data and targeted questionnaire-based surveys to relevant stakeholders such as pig farmers and veterinary authorities. Our study shows how information-seeking behavior and resulting public attention during an epidemic, can be identified through novel data streams from digital platforms such as Wikipedia. Leveraging attention in a critical moment can be key to providing the correct information at the right moment, especially to an interested cohort of people. We also bring evidence on how field surveys aimed at local workers and veterinary authorities remain a crucial tool to assess more in-depth preparedness and awareness among front-line actors. We conclude that these two tools should be used in combination to maximize the outcome of surveillance and prevention activities for selected transboundary animal diseases such as ASF.

Review on the implication on the control of transboundary and trade barrier animal diseases in Ethiopia

Transboundary Animal Diseases (TADs) are highly contagious diseases of livestock within the world. they need importance within the international trade of animals and animal products. With rapidly increasing globalization, associated risk of transboundary disease is emerging. They reduce production and productivity, disrupt local and national economies, and also threaten human health (zoonosis). Transboundary diseases are a priority globally, cumulative effort is required at the international level to attenuate the spread of infectious diseases across the borders. except for sub-Saharan African countries more particularly, eradication of most Transboundary animal diseases is impossible thanks to various technical, financial and logistical reasons like increased outbreaks of transboundary animal diseases droughts and market issues. In Ethiopia Transboundary animal diseases are endemic livestock diseases that cause market limits. This imposes far-reaching challenges for agricultural scientists on the critically important have to improve technologies in animal production and health so as to confirm food security, poverty alleviation and to assist the economic process. The international approach to the management of TADs is predicated on the belief that the majority is often eradicated. However, in developing countries, eradication of most TADs is difficult for a range of technical, financial and logistical reasons. General TADs combating strategies include prevention, early warning, early detection and early control.

Sistem Pakar Mendiagnosa Penyakit Ayam Kampung Dengan Menggunakan Metode Certainty Factor Berbasis Web

Poultry farming in Indonesia is still not successful in meeting some of the domestic needs, including being vulnerable to attacks by dangerous animal diseases. People are also restless because of dangerous diseases from chickens that can be transmitted to humans due to consuming chicken meat that has been infected with the disease. The case study in conducting research to diagnose free-range chicken disease was carried out at the Bang Ari Chicken Farm on Jalan Jamin Ginting Pamen Complex No.14 Padang Bulan, Medan Baru District, Medan City. The required criteria data is the type of disease and symptoms of the disease that attacks native chickens as well as the treatment actions that will be taken against the diseased chickens according to the disease experienced. This study aims to build a web-based expert system in diagnosing free-range chicken diseases using the certainty factor method. From the case example, the results of the calculation of certainty factor on the symptoms of free-range chickens, the disease that has the largest percentage value is P 7, namely Chronic Cough Disease of 97.50%. The system for diagnosing free-range chicken disease was built using a web-based programming language and MySQL database.

Prawna ochrona zwierząt łownych a instrumenty zwalczania afrykańskiego pomoru świń

Due to the occurrence of the second genotype of African Swine Fever (ASF) virus in Europe, the situation today causes a threat to the species through the use of sanitary shooting of wild boars in the areas of disease occurrence, and as a consequence their depopulation. The purpose of the study is to assess EU and Polish legal regulations relating to the protection, preservation of diversity and management of wild game populations and combating of infectious animal diseases, which are subject to the obligation to combat. The researchers’ question in this paper concerns the mutual relations of these legal regulations and legal instruments for the valuable protection of the biosphere in hunting in connection with the occurrence of the disease. The subject of careful analysis was the search for manifestations of the implementation of the legal protection of wild game as a nationwide good, particularly relating to one category of wild game – wild boars, in a situation of epizootic danger.

SCIENCE-BASED PREVENTIVE MEASURES AGAINST INFECTIOUS ANIMAL DISEASESIN THE ALTAI REGION

More accessible international movement of people, goods and freights has complicated the problem of protect-ing our country against highly dangerous and exotic animal diseases. At the same time, long-term epizootological and experimental studies made it possible to conclude that in cattle herds, a problem regarding three groups of parasitic and infectious diseases was found: chronic, highly danger-ous and transboundary animal diseases. To obtain reliable data on veterinary welfare in the animal industry of the Altai Region, the technological scheme for carryingout preven-tive measures was developed and successfully used for more than 20 years. The scheme is used in all areas of animal husbandry in the Region. A large number of preven-tive treatments are carried out in poultry farming –311,946,605 units, in cattle breeding (5,384,337), sheep and goat breeding (367,552), pig breeding (2,664,972), horse breeding (93,289), maral breeding (34,440) and bee-farming (33,808). Infectious diseases pose a threat to the animal farming of the Region, and some of them affect humans. The chronic infections under annual diagnostic monitoring as leukemia, tuberculosis and brucellosis are registered in the Altai Region in agricultural enterprises of all forms of ownership. Anthrax, leptospirosis, rabies and other infections that are dangerous to humans and animals are prevented by immunizing susceptible animals. The threat of bringing into the country is posed by highly conta-gious infections as foot and mouth disease, African swine fever, avian influenza, infectious nodular dermatitis, and equine breeding paralysis. The natural foci of trichinosis in the Altai Region pose a threat to pigs being affected by this dangerous infectious disease. The introduction of the sci-ence-based scheme of preventive measures in livestock breeding of the Altai Region may reduce the costs of their implementation.