Wildlife Conservation BEN206 Online Course

Wildlife Conservation Course Online

Wildlife conservation examines ways in which we can measure wildlife populations and then how to use that information to support and maintain these populations in the wild, particularly in reference to threatened species.

You will learn techniques such as

  • habitat use
  • habitat fragmentation
  • island biogeography
  • genetic diversity and conserving small populations
  • wildlife survey techniques
  • flora survey techniques
  • surveying marine life and
  • working with legislation and much more.

Course Aim

  • Develop a concept of the guiding principles of wildlife conservation and the threats to wildlife.
  • Determine the principles and approaches used towards species recovery.
  • Discuss the principles of habitat conservation with regards to fragmentation, restoration and the use of protected areas.
  • Describe and discuss the various approaches used to conserve threatened species and ecosystems.
  • Appreciate the range of flora survey techniques that have been developed to sample fauna for the purposes of conservation.
  • Discuss and differentiate between fauna survey techniques that have been developed to sample fauna for the purposes of conservation.
  • Demonstrate an understanding of the consequences of overexploitation. Discuss and differentiate between marine survey techniques used to conserve marine species.
  • Discuss and differentiate the range of planning tools available for farming, urban and residential planning to help conserve wildlife.
  • Identify various management techniques used to conserve wildlife.
  • Develop a wildlife recovery plan for a species under threat.

What does this course cover?

There are 10 Lessons in this course:

Introduction to Wildlife Conservation
  • What is wildlife conservation
  • The need for wildlife conservation
  • Important concepts – ecology, ecosystem, biome, conservation values, biological diversity, genetic drift, habitat, life span, wildlife movement and wildlife management.
  • Threatening processes – habitat fragmentation, habitat degradation and loss, soil degradation, erosion, pollution, unsustainable harvesting, invasive species, climate change, population isolation and disease.
  • Biodiversity indicators
  • Terminology
Recovery of Threatened Species
  • Loss of species – categories of risk
  • Species vulnerability to endangerment
  • Recovery of species and threat management
  • Habitat Conservation – identifying critical habitat and protecting habitat
  • Research – population growth, habitat use and conservation genetics
  • Captive breeding
  • Translocation
  • Public involvement
Habitat Conservation
  • Habitat
  • Types of Habitat – eg. temperate and tropical forests, woodland, tundra and mangrove habitats
  • Habitat Use
  • Species Richness
  • Habitat Fragmentation
  • Creating Habitats
  • Restoration Ecology – creating habitat corridors, situating corridors, types of corridors, edge effects
  • Habitat Rehabilitation – implementing a land management program, determining objectives, determining a program
  • The Role of GIS in Conservation
  • The Role of Protected Areas – levels of protection, approaches to reserve selection and limitation of reserves.
Approaches to Conservation of Threatened Wildlife
  • Species Approach – modelling demography, effective population size, small populations, population viability analysis (PVA)
  • Landscape Approach – elements of landscape ecology, distribution of populations within a landscape, landscape modelling
  • Ecosystem Approach – the need for ecosystem management, understanding dynamics, adaptive management, objectives for ecologically sustainable forest management.
Vegetation Surveys
  • Plant Identification – common names, scientific names, levels of division, botanical keys,
  • Vegetation survey techniques such as quadrant surveys, landscape assessments, line surveys.
  • Vegetation Mapping – remote sensing data.
Fauna Surveys
  • Observation techniques – spotlighting, scat surveys, census techniques
  • Trapping Techniques – radio tracking, call recordings, pit fall traps, Elliot traps.
  • Species identification
Marine Conservation
  • Reef Surveys
  • Habitat Surveys
  • Aerial Surveys
  • Over-exploitation
  • Commercial Fish Stock Management
Planning for Wildlife
  • Farm Planning
  • Urban Planning
  • Use of GIS
Management
  • Managing Threatened Wildlife Populations
  • Manipulating populations
  • Re-vegetation/restoration
  • Creating corridors
  • Pest control plans
  • Fencing for species
  • Fire breaks

 

Enrol Now

  • Experienced Tutor support
  • Certificate sent to you
  • Online study (Printed notes available)
  • Self paced - no set timetable
  • 12 months to complete course

From: $35.00 / week for 19 weeks

Clear

Send me a free info pack

Wildlife Conservation Course Online

Wildlife conservation examines ways in which we can measure wildlife populations and then how to use that information to support and maintain these populations in the wild, particularly in reference to threatened species.

You will learn techniques such as

  • habitat use
  • habitat fragmentation
  • island biogeography
  • genetic diversity and conserving small populations
  • wildlife survey techniques
  • flora survey techniques
  • surveying marine life and
  • working with legislation and much more.

Course Aim

  • Develop a concept of the guiding principles of wildlife conservation and the threats to wildlife.
  • Determine the principles and approaches used towards species recovery.
  • Discuss the principles of habitat conservation with regards to fragmentation, restoration and the use of protected areas.
  • Describe and discuss the various approaches used to conserve threatened species and ecosystems.
  • Appreciate the range of flora survey techniques that have been developed to sample fauna for the purposes of conservation.
  • Discuss and differentiate between fauna survey techniques that have been developed to sample fauna for the purposes of conservation.
  • Demonstrate an understanding of the consequences of overexploitation. Discuss and differentiate between marine survey techniques used to conserve marine species.
  • Discuss and differentiate the range of planning tools available for farming, urban and residential planning to help conserve wildlife.
  • Identify various management techniques used to conserve wildlife.
  • Develop a wildlife recovery plan for a species under threat.

What does this course cover?

There are 10 Lessons in this course:

Introduction to Wildlife Conservation
  • What is wildlife conservation
  • The need for wildlife conservation
  • Important concepts – ecology, ecosystem, biome, conservation values, biological diversity, genetic drift, habitat, life span, wildlife movement and wildlife management.
  • Threatening processes – habitat fragmentation, habitat degradation and loss, soil degradation, erosion, pollution, unsustainable harvesting, invasive species, climate change, population isolation and disease.
  • Biodiversity indicators
  • Terminology
Recovery of Threatened Species
  • Loss of species – categories of risk
  • Species vulnerability to endangerment
  • Recovery of species and threat management
  • Habitat Conservation – identifying critical habitat and protecting habitat
  • Research – population growth, habitat use and conservation genetics
  • Captive breeding
  • Translocation
  • Public involvement
Habitat Conservation
  • Habitat
  • Types of Habitat – eg. temperate and tropical forests, woodland, tundra and mangrove habitats
  • Habitat Use
  • Species Richness
  • Habitat Fragmentation
  • Creating Habitats
  • Restoration Ecology – creating habitat corridors, situating corridors, types of corridors, edge effects
  • Habitat Rehabilitation – implementing a land management program, determining objectives, determining a program
  • The Role of GIS in Conservation
  • The Role of Protected Areas – levels of protection, approaches to reserve selection and limitation of reserves.
Approaches to Conservation of Threatened Wildlife
  • Species Approach – modelling demography, effective population size, small populations, population viability analysis (PVA)
  • Landscape Approach – elements of landscape ecology, distribution of populations within a landscape, landscape modelling
  • Ecosystem Approach – the need for ecosystem management, understanding dynamics, adaptive management, objectives for ecologically sustainable forest management.
Vegetation Surveys
  • Plant Identification – common names, scientific names, levels of division, botanical keys,
  • Vegetation survey techniques such as quadrant surveys, landscape assessments, line surveys.
  • Vegetation Mapping – remote sensing data.
Fauna Surveys
  • Observation techniques – spotlighting, scat surveys, census techniques
  • Trapping Techniques – radio tracking, call recordings, pit fall traps, Elliot traps.
  • Species identification
Marine Conservation
  • Reef Surveys
  • Habitat Surveys
  • Aerial Surveys
  • Over-exploitation
  • Commercial Fish Stock Management
Planning for Wildlife
  • Farm Planning
  • Urban Planning
  • Use of GIS
Management
  • Managing Threatened Wildlife Populations
  • Manipulating populations
  • Re-vegetation/restoration
  • Creating corridors
  • Pest control plans
  • Fencing for species
  • Fire breaks

 

Send me free info pack

Enrol Now

  • Experienced Tutor support
  • Certificate sent to you
  • Online study (Printed notes available)
  • Self paced - no set timetable
  • 12 months to complete course

From: $35.00 / week for 19 weeks

Clear
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Accredited courses.