M.I.N.C. – Master of International Nature Conservation (MSc)

Program overview This English-language, research-oriented master’s program gives you a solid grounding in conservation biology while addressing conservation challenges at an international scale. Delivered jointly by institutions in Germany and New Zealand, the curriculum combines theoretical foundations with applied methods so you learn how to diagnose biodiversity loss, assess wildlife populations and design recovery strategies. Graduates receive either a Master of Science (MSc) or a double award (MSc / Master of International Nature Conservation, M.I.N.C.).

Study content At the German partner university, compulsory and elective courses cover core conservation topics and practical skills: international nature conservation; population viability analysis; assessing wildlife for conservation; and data analysis for field biologists. These modules emphasize fundamental theories and research approaches in conservation biology, the drivers of biodiversity loss, the role of population biology, quantitative methods for describing biodiversity and populations, and practical strategies for species and habitat recovery.

At the New Zealand partner, a required combination of three modules builds on that foundation with advanced ecology and environmental sciences for environmental policy, research methods in ecology, and aspects of sustainability. The binational structure exposes you to different ecological and policy contexts and strengthens both analytical and applied competencies relevant to conservation careers or further research.

Program components / requirements (concise)

• Language of instruction: English
• Coursework at the German partner includes: international nature conservation; population viability analysis; assessing wildlife for conservation; data analysis for field biologists
• At the New Zealand partner, students complete a compulsory set of three modules, including: advanced ecology and environmental sciences for environmental policy; research methods in ecology; aspects of sustainability
• Joint double-degree structure: program is offered collaboratively by the two universities; degree awarded is either an MSc or an MSc / M.I.N.C.

Overview This MSc is delivered as a truly international programme split evenly between Germany and New Zealand, combined with a practical internship and an independent research thesis. The taught components give exposure to conservation biology and applied nature conservation from academic units in Göttingen and Lincoln, while the internship and thesis provide hands‑on practice and research experience.

Structure and study experience Students spend one semester studying at the Department of Conservation Biology in Göttingen and one semester at the Isaac Centre for Nature Conservation in Canterbury, New Zealand. A subsequent semester is dedicated to an internship that includes a practical project, and the programme finishes with an independent Master’s thesis. Each of the four parts carries 30 ECTS (25% of the programme), so teaching, practical training and research are evenly weighted.

Required components (at-a-glance)

• Semester 1 (Germany): Department of Conservation Biology, University of Göttingen — 30 ECTS
• Semester 2 (New Zealand): Isaac Centre for Nature Conservation, Lincoln University, Canterbury — 30 ECTS
• Semester 3: Internship semester including a practical project — 30 ECTS
• Semester 4: Master’s thesis — 30 ECTS

Sample course options at Lincoln University (students choose three)

• ECOL 631 - Animal Behaviour
• ECOL 608 - Research Methods in Ecology
• ECOL 609 - Conservation Biology
• ERST 601 - Advanced Theory in Resource Studies
• ERST 606 - Advanced Geographic Information Systems
• ERST 620 - Advanced Environmental Management Systems
• ERST 630 - Environmental Policy and Planning
• ERST 631 - Environmental Sciences in Environmental Policy
• ERST 632 - Economics in Environmental Policy
• ECOL 612 - Wildlife Management
• ECOL 630 - Advanced Ecology
• ENSC 601 - Advanced Climate Change and Land Use
• ERST 621 - Principles of Environmental Impact Assessment

Key learning outcomes

• Apply contemporary conservation biology principles across different biogeographic and institutional contexts.
• Design and conduct ecological research using advanced methods (e.g., research design, data analysis, GIS).
• Develop practical skills through a supervised internship and a project-oriented placement.
• Critically evaluate and contribute to environmental policy, planning and management, including economic and impact assessment perspectives.
• Produce an independent, research‑quality Master’s thesis demonstrating subject mastery and the ability to communicate scientific findings.

Graduates are prepared for professional roles in conservation and biodiversity management, including positions with international and local NGOs, governmental nature conservation agencies, wildlife and habitat management organisations, environmental consultancies, and research institutions. The combination of theoretical training, advanced research methods and a supervised practical internship equips students to design and implement conservation projects and to contribute to evidence‑based policy and management.

The programme also provides a strong foundation for academic research and PhD study in ecology, conservation biology or related environmental sciences, especially for students interested in international or comparative conservation work between temperate and Southern Hemisphere systems.