City University of New York

What you'll study

This BA in Phyte emphasises foundational plant biology alongside complementary coursework in ecology, environmental science and the social contexts of plant use. Typical modules combine lecture, laboratory and field components and may include:

• Introductory Plant Biology — cell structure and function, plant anatomy, growth and reproduction.
• Plant Ecology and Ecosystems — species interactions, population dynamics, community structure and ecosystem processes.
• Plant Physiology — photosynthesis, water relations, nutrient uptake and stress responses.
• Field Methods and Identification — plant identification, survey techniques, vegetation sampling and ecological monitoring.
• Soil Science and Plant Nutrition — soil properties, nutrient cycles and their influence on plant growth.
• Conservation and Restoration — approaches to habitat restoration, invasive species management and conservation planning.
• Horticulture and Sustainable Production — propagation, crop management, urban agriculture and sustainable practices.
• Research Project or Capstone — an independent research or applied project supervised by faculty, often involving laboratory or fieldwork.

Elective options typically allow students to explore related disciplines such as environmental policy, GIS and remote sensing, plant-animal interactions, or science communication. Coursework emphasises critical thinking, quantitative skills, experimental design and written and oral communication.

Entry requirements

Entry to the PHYTE-BA normally requires successful completion of secondary-school qualifications recognised by CUNY, with a particular emphasis on science preparation. Applicants are generally expected to have studied biology and chemistry to a substantive level; mathematics competency (algebra or higher) is also desirable. Admission may be to a particular CUNY college that houses the programme; applicants should consult that college’s undergraduate admissions office for specific grade thresholds and documentation requirements.

Transfer applicants from community colleges are commonly admitted with block-transfer credit for general education and introductory science courses, provided they meet course equivalencies and minimum GPA expectations. Mature applicants and those with relevant experiential learning are considered through the standard undergraduate admissions process.

Career prospects

Graduates with a BA in Phyte move into a range of roles across public, private and non-profit sectors. Typical career paths include:

• Environmental technician and field surveyor roles in conservation organisations and government agencies.
• Horticulture and nursery management, urban forestry and landscape support positions.
• Roles in botanical gardens, arboreta and plant collections, including education and curatorial assistance.
• Positions in sustainable agriculture, urban farming initiatives and food systems organisations.
• Further study at graduate level in plant science, ecology, environmental management, science education or related disciplines.
• Work in science communication, environmental consultancy, or community-based environmental programmes.

The degree provides transferable skills valued by employers — data collection and analysis, laboratory and field techniques, GIS basics, report writing and project management — and can be combined with internships and research placements to enhance employability.

Why study at City University of New York

Studying this programme within the CUNY system offers access to urban and regional field sites, diverse ecosystems and partnerships with public agencies and non-profit organisations. Many CUNY colleges have well-equipped laboratories, greenhouses and community outreach programmes that support hands-on learning and applied research. The system’s strong network of faculty and links with New York’s botanical gardens, parks departments and environmental organisations create practical internship and employment opportunities. Additionally, CUNY’s focus on accessibility and a broad liberal-arts education allows students to combine plant-focused study with complementary coursework across the humanities, social sciences and applied sciences.