University of Canterbury

Overview

Environmental Change (Hons) delves into the ways Earth systems respond to long-term environmental challenges and the rapid changes driven by climate and human activities. This program equips you with scientific skills to analyze environmental risks, interpret data, and devise evidence-based solutions for pressing ecological issues.

What you'll study

This course emphasizes practical learning through fieldwork and data analysis, covering diverse topics such as coastal and alpine ecosystems, snow and ice dynamics, global change biology, and environmental modeling.

Indicative courses may include:

• Bioinformatics
• Coastal Studies
• Snow, Ice and Climate
• Environmental and Climate Modelling
• Global Change Biology
• Alpine and Polar Environments

Honours research component: As part of the program, you will undertake an independent research project under the guidance of academic supervisors. This includes formulating a research proposal, collecting and analyzing data, and producing a thesis or report that assesses your research findings.

Electives and sequencing: The specific combination of courses and the timing of the research component may vary. It is advisable to review the current curriculum at the University of Canterbury for the latest structure.

Entry requirements

Admission to the Honours program generally requires the completion of a relevant undergraduate degree while meeting the University of Canterbury's Honours entry criteria. Specific academic thresholds and eligibility requirements can vary, so it is recommended to check the University’s program page for the most current information.

Career prospects

Graduates of the Environmental Change (Hons) program are well-prepared for careers in environmental science, conservation, policy-making, and research. With a strong understanding of ecological systems and the ability to analyze data, you will be equipped to contribute to sustainable development and address the challenges posed by climate change and environmental degradation.