Fatemeh Kazemi is a Lecturer in Horticulture and Environmental Management at the School of Science.
Current Teaching
- SCI2150 Propagation of Horticulture Crops
- SCI2152 Principles of Vegetable Production
- SCI6161 Propagation Technology
- SCI5110 Management of Waste
- SCI3307 Waste Management
Background
Dr Fatemeh Kazemi is an environmental horticulturist with extensive academic teaching and research experience in Australia and internationally. She holds a PhD in Environmental Horticulture from the University of South Australia (2010), where she also served as a Research Fellow (2010–2012). She held academic positions in Iran (2012–2022) before joining Edith Cowan University as a Lecturer.
Her research focuses on nature-based horticultural systems for human health and climate-resilient landscapes, integrating plant science, ecology, urban green infrastructure, and environmental systems. It addresses urban and production horticulture, with emphasis on vegetated systems that enhance ecosystem function, human wellbeing, and environmental resilience under climate stress.
Dr Kazemi has developed a strong record of competitive research funding and contributes to ongoing Australian research projects at Edith Cowan University, building on a history of externally funded work in water-sensitive urban design and climate-adaptive landscape systems in collaboration with government, industry, and local councils. Her research leadership spans horticultural therapy, community-based horticulture, and major programs in green infrastructure systems, including green roofs, urban parks, green walls, and water-sensitive urban design. Her work also extends to plant-microbe-soil interactions for improving resilience in urban and degraded landscapes, as well as plant bioactive compounds in preventive health contexts. In addition, she has led the development and implementation of low-input urban landscape systems across research and professional practice.
Dr Kazemi has supervised and co-supervised more than 40 HDR students across horticultural science, urban greening, environmental health, and landscape systems. Her research has produced over 60 peer-reviewed publications in international journals, including several in high-impact Q1 journals. She is actively engaged with the Green Space Alliance, contributing to policy development and urban greening initiatives in Perth, and serves on the Editorial Board of Urban Forestry & Urban Greening.
With a strong record of interdisciplinary research, competitive funding, postgraduate supervision, and international collaboration, Dr Kazemi brings together expertise, demonstrable impact, and sustained dedication to advancing sustainable horticultural systems that integrate human health, environmental resilience, and urban sustainability.
Professional Memberships
- 2025–present – Urban Forestry & Urban Greening (Editorial Board Member; Q1 journal, Impact Factor ~6.0)
- 2012–present – International Society of Horticultural Science (ISHS) (Member)
- 2025–present – Green Space Alliance (Invited Contributor)
- 2025–present – Irrigation Australia (Member)
- 2012–2022 – Mashhad Municipality Green Space Design Committee (Expert Member)
- 2015–2020 – Mashhad Botanical Garden (Scientific Committee Member)
- 2016–2019 – Sustainable Water Resources and Green Space Commission, Mashhad City Council (Expert Member)
Awards and Recognition
- 2023, High-quality Research Publication Award, School of Science, ECU
- 2022, Awards for Teaching Excellence (ATE), FUM
- 2022, Distinguished Researcher Award (DRA), FUM
- 2015, Distinguished Researcher Award (DRA), FUM
- 2014, Distinguished Researcher Award (DRA), FUM
- 2004, Ph.D. Full Scholarship Award, (MSRT), Iran
Research Areas and Interests
My research focuses on nature-based horticultural systems for enhancing human health and developing climate-resilient landscapes. This work integrates ecological, technological, and community-based approaches to address sustainability challenges in managed and disturbed landscape systems.
Major research areas include:
- Planning, design, and management of urban and landscape-scale green infrastructure and climate-adaptive systems
- Advancing community-based horticulture, therapeutic horticulture, and nature-based interventions for wellbeing and social resilience
- Developing sustainable urban agriculture and plant-based systems for food security and preventive health
- Translating functional processes of healthy ecosystems, particularly soil-plant-microbe interactions, into degraded and managed systems to enhance ecological function and climate resilience
- Applying GIS and remote sensing for spatial analysis, monitoring, and decision support in landscape and environmental systems
- Assessing sustainability performance and resilience of green infrastructure and horticultural systems
- Advancing revegetation and ecological rehabilitation of disturbed landscapes
- Developing sustainable plant propagation and establishment strategies for resilient horticultural and restoration systems
This research supports the development of healthier, more resilient communities and sustainable environments under changing climate conditions.
Completed Supervision
Principal Supervisor
- PhD: Integrating ornamental green spaces and urban agriculture for achieving sustainable green roof systems in Mashhad climate conditions
- MBR: Assessment of people’s preferences and perceptions on biodiversity in Mashhad urban parks
- MBR: The effect of visual characteristics of plants and some social factors on people’s preferences for xeric landscape plants
- MBR: Effect of drought stress and biological fertilizers on morphophysiological characteristics of some landscape plants under irrigation condition with refined sewage
- MBR: Using urban agriculture and value engineering to optimize the design of an urban park
- PhD: Studying planting designs and mulch types on performances of xeriscaping method
- MBR: Assessing the effective factors on growth and producing offset on Sensevieria species
- MBR: Assessing growth and morphophysiological responses of Hippophae ramnoides
- MBR: Investigating the effect of biochar and cadmium on growth and morphophysiological performance of Calendula officinalis
- MBR: Investigating the effect of landscapes and planting designs in improving children’s cognitive psychological health in hospital environments
- MBR: Assessing environmental performances of living mulches (ground cover plants) and nonliving mulches for application in urban green spaces
- MBR: The effect of species type and superabsorbents on some quantitative and qualitative characteristics of native and commercial turfgrasses
- MBR: Permeable pavement systems and their water quality effects
- MBR: Developing resilient green roofs for Arid climate region of Mashhad,
- MBR: Assessing the effect of drought on the characteristics of some ground cover plant species used in urban landscaping
- MBR: Assessing growth and development of mixed planting of herbaceous species for application in urban green spaces
- MBR: Spatial analysis for construction of green roofs, case study: some districts in Mashhad city
- MBR: The effect of drought and salt stress on some qualitative and quantitative characteristics of Frankenia thymifolia
- MBR: Investigation of micropropagation and increasing drought resistance of some sage species (Salvia spp.) to in vitro conditions,
- MBR: Response of growing media and some ground cover plant species for applications in external green wall systems
- MBR: Investigating some strategies for management of Salvia species in Xeriscape landscaping
Co-principal Supervisor
- MBR: Assessing adaptability and establishment of some ornamental grass species for application in urban green spaces
- PhD: Performance of green roofs in South Australia
- MBR: Application of some urban wastes for usage in urban green space mulching
- MBR: Developing a machine vision system to evaluate turfgrasses by image processing techniques
- MBR: Assessing the antioxidant effect of the extract of some medicinal plans on shelf life of two vegetable types
- MBR: The effect of species and mulch type on some characteristics of native and commercial turfgrasses
- MBR: A study on the perceptions and preferences of depressed students towards horticultural therapy
Associate Supervisor
- PhD: Assessing the performance of single seed and mixed native turf grasses to drought stress and adaptability to Mashhad climatic conditions
- PhD: Study of some strategies for drought stress control in early stages growth and seedling establishment in native Festuca arundinacea
- PhD: Assessment of the phytoremediation potential of heavy metals of lead and Nickel by some turfgrass species from the sludge in Mashhad industrial town treatment plants
- PhD: Optimizing urban green spaces for thermal comfort during the warmest period using modelling approaches
- PhD: Studying some methods for simultaneous irrigation, nutrition and aerification of plane trees in urban green spaces
- MBR: Assessing different levels of irrigation and nitrogen on some qualitative and quantitative characteristics of lawns under subsurface drip irrigation
- PhD: Evapotranspiration measurement techniques in urban parks
- MBR: Environmental design of industrial eco-parks based on environmental phytoremediation
- MBR: Development of disposable leaf plates using grape and plane leaves
- PhD: Assessing the effect of plant species and different irrigation regimes on planting design and air pollution reduction in green roofs
- MBR: Effect of irrigation regimes on survival, visual quality, physio-morphological and thermodynamic attributes of some medicinal plants in a single and mixed planting of green roof systems,
- MBR: Assessing morpho-physiological and phytochemical variety of some Cumminum cyminum L. species of Iran under climate condition of Mashhad