Applied Biological Sciences (Natural Resource Ecology) - BS

Program Overview

The Applied Biological Sciences program with a focus in Natural Resource Ecology equips students to manage natural resources effectively through a solid foundation in science. The program emphasizes understanding natural systems, assessment techniques, and skills application through case studies and lab projects. Students gain experience through faculty-guided research, internships, and field trips, preparing them for careers in natural resource management, ecological restoration, and conservation.

Program Outline

Degree Overview

Program Description:

The Applied Biological Sciences program with a focus in Natural Resource Ecology equips students to effectively manage natural resources in diverse ecosystems through a solid foundation in science. This concentration emphasizes understanding essential elements of natural systems, encompassing soil, water, plant, and animal communities. Skills application occurs through classroom case studies and lab projects.

Objectives:

• Gain comprehensive understanding of sustainable natural resource management in various ecosystems.
• Develop expertise in ecological restoration, biodiversity conservation, and habitat management.
• Acquire knowledge of essential elements of natural systems, including soil, water, plant, and animal communities.
• Master assessment techniques for plant and animal populations using field methods and technology.
• Learn to apply skills and knowledge through case studies and laboratory projects.
• Gain experience-based learning opportunities through faculty-guided research, service-learning projects, field trips, and internships.

Outline

Program Structure:

The Applied Biological Sciences program with a focus in Natural Resource Ecology follows a structured curriculum designed to equip students with the knowledge and skills needed for successful natural resource management careers.

Course Schedule and Modules:

• Semester 1: Introduction to Natural Resources Ecology, Principles of Ecology, Environmental Science.
• Semester 2: Soil Science, Plant Ecology, Wildlife Biology.
• Semester 3: Aquatic Ecology, Environmental Policy and Regulations, Remote Sensing and Geographic Information Systems (GIS).
• Semester 4: Resource Management Techniques, Ecological Restoration, Conservation Biology.
• Principles of Ecology: Explores fundamental ecological principles governing the interactions between organisms and their environments.
• Environmental Science: Examines environmental issues and solutions through a scientific lens.
• Soil Science: Delves into the properties and processes of soil formation, classification, and management.
• Plant Ecology: Analyzes the relationships between plants and their environment, including adaptations and distribution patterns.
• Wildlife Biology: Focuses on wildlife ecology, behavior, management, and conservation.
• Aquatic Ecology: Examines freshwater and marine ecosystems, their functions, and their management.
• Environmental Policy and Regulations: Explores environmental laws, policies, and regulations impacting natural resource management.
• Remote Sensing and GIS: Introduces students to using remote sensing and GIS technology for environmental analysis and management.
• Resource Management Techniques: Covers various techniques for managing different types of natural resources, such as forests, rangelands, and water resources.
• Ecological Restoration: Focuses on the principles and practices of restoring degraded ecosystems.
• Conservation Biology: Examines the science and strategies for conserving biodiversity.
• Internship: Students gain hands-on experience in natural resource management through supervised field work or research placements.
• Senior Thesis Project: Students conduct independent research projects applying their knowledge and skills to real-world resource management issues and present their findings in a written thesis.

Assessment

Assessment Methods:

• Continuous assessment through coursework assignments, projects, presentations, and examinations.
• Comprehensive assessment through final examinations and a senior thesis project demonstrating mastery of program learning outcomes.

Assessment Criteria:

• Understanding of key concepts and principles in natural resource ecology.
• Proficiency in applying scientific methods to address ecological issues and resource management challenges.
• Ability to critically analyze and interpret data collected from field and laboratory work.
• Effective communication of scientific findings and recommendations through written and oral presentations.

Teaching

Teaching Methods:

• Interactive lectures, discussions, and group work.
• Hands-on laboratory and field experiences, including data collection and analysis.
• Utilization of technology and software tools for resource management and analysis.
• Individualized mentorship and guidance from experienced faculty.

Faculty:

The program boasts a highly qualified faculty with expertise in various areas of natural resource ecology, including:

• Dr. John Smith, Professor of Ecology, specializing in plant-animal interactions and ecological restoration.
• Dr. Jane Doe, Associate Professor of Wildlife Biology, focusing on wildlife management and conservation.
• Dr. Michael Brown, Assistant Professor of Soil Science, with expertise in soil fertility and sustainable agriculture.

Unique Approach:

• Emphasis on hands-on learning through field experiences, internships, and research opportunities.
• Integration of technology, including GIS and remote sensing, for real-world applications in natural resource management.
• Strong focus on developing critical thinking, analytical, and problem-solving skills vital for success in environmental careers.