High School Animal Care And Use Resources

Explore essential aspects of laboratory animal care, emphasizing humane treatment, identification methods, and breeding standards. Gain insights into ethical practices, understand key terminologies, and apply proper animal management techniques in research settings.

Examine the fundamental principles of animal welfare, focusing on humane care, ethical treatment, and legal standards in animal science. Understand the impact of proper animal management on productivity and health, and explore the ethical considerations in biotechnology and scientific research related to animal care.

Examine the role of key organizations in supervising animal research, focusing on compliance and safety protocols. Understand the responsibilities of major regulatory bodies and gain insight into their influence on animal welfare within research environments.

Explore the characteristics essential for animal domestication and examine various animal-derived products. Gain insights into critical concepts in agriculture, animal sciences, and biological classification hierarchy, fostering a comprehensive understanding of the industry's practical and economic dimensions.

Explore various roles within the animal science industry with a focus on livestock management, health, and breeding practices. Gain insights into career responsibilities and develop essential skills for effective management and disease prevention in livestock operations.

Explore the humane care and treatment of animals, focusing on distinguishing between animal welfare and animal rights. Understand the role of scientific information in shaping regulations. Gain insights into ethical and legal frameworks in animal science to enhance the ability to make informed decisions regarding animal care and welfare standards.

Examine the dynamics of university protests with a focus on incidents at UCLA and Columbia University. Gain insights into food worker hygiene practices and their impact on public health, alongside an understanding of veterinary care standards for animals. Explore the ways in which social movements, technological advancements, and a focus on animal welfare collectively influence contemporary society. Develop skills in critical analysis and knowledge of how these factors interconnect and drive societal change.

Investigate the principles of animal ethics and the influence of various welfare and rights organizations, such as PETA and NAVTA. Understand the impact of animal welfare laws and ethical considerations in veterinary practice, facilitating the development of informed perspectives on animal treatment and advocacy.

Students will investigate how to identify an author's purpose across different texts, focusing on enhancing critical reading and text interpretation skills. By the end of the session, learners will effectively analyze the purpose behind texts, leading to improved comprehension and reasoning abilities.

Investigate the methods of training Seymour, a zebra shark, with a focus on behavioral techniques and technology integration. Understand the application of positive reinforcement, and examine the role of virtual reality in training. Evaluate animal health to ensure well-being.

Gain insights into the complexities of Alzheimer's disease research and responsible animal experimentation. Focus on ethical practices and the limitations inherent in these studies. Explore innovative techniques and their implications for advancements in neuroscience and medicine.

Investigate the major trends in the U.S. food animal industry, such as farm consolidation and urbanization, and analyze their impact on agricultural practices. Gain insights into consumer demand shifts, with a focus on the growing interest in poultry, fish, and organic products. Develop an understanding of these dynamics to enhance knowledge of current market and industry trends.

Gain insights into various types of Supervised Agricultural Experiences (SAE), such as placement, entrepreneurship, research, and exploratory activities. Enhance understanding of categorizing and applying SAE in real-world agricultural settings, ultimately strengthening knowledge of agricultural education programs.

Explore the essential aspects of mouse biology, including anatomy, life cycle, and scientific classification. Understand key concepts such as indicators of health in newborn mice, the reproductive cycle, and the principles of animal welfare in research.

Analyze the various roles within environmental science and agriscience, emphasizing the responsibilities and educational requirements for careers in these fields. Learners will gain insight into different job functions, helping them make informed decisions about career pathways in land management and conservation.

Explore the project categories within Supervised Agricultural Experiences (SAE) to understand the placement of activities such as raising livestock, organizing donation drives, and recycling. Identify and differentiate between various SAE project types, enhancing the ability to classify and plan involvement in agricultural education experiences.

Explore the principles and ethical considerations of animal welfare and rights, encompassing humane treatment, rights advocacy, and agricultural practices. Understand the distinctions and advocacy involved, with insights into the impact of these concepts on agriculture and environmental sustainability.

Exploration of regulatory frameworks governs animal research, highlighting key agencies and their roles in ensuring ethical practices. Learners gain an understanding of the importance of various species in scientific research and the protection measures in place to promote welfare and ethical considerations.

Explore key topics in veterinary science with a focus on the role of small animals in medical research, common medical procedures, and caretaking roles. Gain insights into animal care professions and veterinary medical terminology to enhance understanding and practical knowledge in small animal studies.

Explore diverse careers in animal sciences, focusing on roles such as animal nutritionists, engineers, veterinary technicians, and wildlife rehabilitators. Gain an understanding of the responsibilities and contributions of each profession, and acquire insights into potential career paths within animal science domains.