Associate Professor (A/P) Nanjappa Ashwath is an academic and an active researcher. He has been researching Australian plants for over 40 years and is an acknowledged expert in Central Queensland botany. A/P Ashwath has screened 100’s of Australian native species for stress tolerance, biodiesel production, revegetation and other uses. Additionally, he has developed an innovative technology called ‘Phytocapping’ for landfill remediation, and demonstrated its benefits via field trials conducted in QLD, NSW, VIC, SA and WA. As part of this project, he has established active collaboration with various scientists, environmental consultants, landfill owners and regulators.
Currently, he is exploring Australian native species for biofuel (bioethanol; eg agave and biodiesel; eg beauty leaf tree) production from degraded landscapes. He has also helped establish a pyrolysis facility at CQUniversity to convert urban, industrial and agricultural wastes into biofuel. At present he is investigating the use of grape marc and beauty leaf tree in biofuel production.
Associate Professor Ashwath teaches into both undergraduate and postgraduate courses. In the last 26 years, he has taught into almost all 'plant science' courses that were offered by CQUniversity. He now teaches into three courses, viz., "Australian Botany", "Life Science Laboratories" and "Mining, Industrial & Urban Lands Rehabilitation". Nanjappa is popular amongst undergraduate and postgraduate students, and has supervised more than 30 PhD, Masters’ and Honours students.
His passion for research, particularly on Australian native plants, has enabled him to win the highly prestigious "Vice Chancellor’s Researcher of the Year" award in 2001. He has attracted considerable research funds from ARC, CRC, NHT, RIRDC, EPA, mining companies and federal/state governments. He has published over 250 research articles in journals, books and as technical reports. He has an h-index of 35 with 5260 citations. Associate Professor Ashwath collaborates with the researchers at Texas A&M University, QUT, RMIT and Khairun University, Indonesia. He is also an adjunct professor at Amrita University, India. As a Central Queensland expert on Australian plants, he also engages in community services via organising training sessions on plant identification, plant propagation and tissue culture. His contributions to science were recognised by the Rotary Club via the award of 'Rotary International University Fellowship' which helped him promote Australian plants in India.
Nanjappa grew up in a country town in south India. As a child, he found it fascinating to plant a seed and watch it grow and bear fruits. His passion for studying plants made him quit civil engineering and join an agricultural university. After coming to Australia, he fell in love with Australian native plants, so he continued to research on these plants. He regards Australian plants as the "Living Gods" as they can save this Planet from land degradation due to their ability to grow in any soil, no matter how bad it is. Australian plants have been subjected to drought, salinity, waterlogging and heavy metals, in addition to changes in rainfall and temperature. Their adaptation to these conditions, over millions of years, has helped them to evolve stress tolerant plants. Identifying these plants and testing them for their performance on degraded lands, has been the speciality of A/P Ashwath. His research focusses on selecting suitable plants for food, fuel, conservation and land rehabilitation. He is also exploring the use of biological and thermochemical methods of converting biomass into bioethanol, biodiesel, bio-oil, biochar and bioenergy.
Associate Professor |
School of Medical & Applied Sciences (SMAS) and Centre for Plant & Water Sciences (CPWS) |
Board Member Chair Co-ordinator |
CQUni Academic Board School Research Committee (2010-2012) Terrestrial Botany/Australian Botany |
Co-ordinator Co-ordinator Co-ordinator Co-ordinator |
Land Management & Rehabilitation Landscape Ecology & Management Waste Minimisation and Cleaner Production Environmental Management Research Projects A&B |
Member |
Divisional Research Committee (FRC) |
Member |
Centre for Plant & Water Science - Planning and Development Committee (P&DC) |
Member |
CQU's Research Higher Degrees Committee (RHDC) |
Member Member Member CQU expert |
CQU's Research Committee of the Academic Board (ReCAB) CQU's Multifaith Reference Group CQU's Sustainability Committee Australian Plants/ Phytoremediation/ Biofuels/ Phytocapping/ Revegetation/ Restoration |
CQU expert |
Native Plant Identification and Propagation |
I am currently accredited for supervision in the following:
Forestry Sciences - Tree Nutrition and Physiology
Plant Biology - Plant Physiology
Plant Biology - Plant Physiology
Inorganic Chemistry - Bioinorganic Chemistry
Chemical Engineering - Chemical and thermal processes in energy and combustion
Resources Engineering and Extractive Metallurgy - Resources Engineering and Extractive Metallurgy not elsewhere classified
Environmental Science and Management - Environmental Rehabilitation (excl. Bioremediation)
Expertise
• Selection of native plants for biofuel production
• Bioethanol production from Agave species
• Phytoremediation of heavy metal contaminated sites
• Phytocapping of municipal landfills
• Mine site rehabilitation
• Biodiversity conservation
• Biochar effects on plant production and soil health
• Plant tissue culture and genetic studies
• Productive use of waste lands
• Solid waste management
• Waste to bioenergy conversion
• Supervision of research students
Major Projects
• Phytocapping of landfill sites- National collaborative project (ARC linkage with 5 other universities, CSIRO and the WMAA)
• Biodiesel production from beauty leaf tree (RIRDC)
• Phytoremediation of arsenic contaminated soils using Chinese Brake Fern (ARC)
• Native plant seedbank for Central Queensland (NHT)
• Revegetation of coal mine sites (Anglocoal)
• Conservation of Samadera bidwillii (Callide mine)
• Revegetation of high voltage power line corridors (Powerlink)
Public Health and Health Services - Preventive Medicine
Environmental Biotechnology - Bioremediation