Paul Nelson is an agricultural/environmental scientist with research and leadership experience in industry, government and university sectors. His research focuses on land management in the tropics. He coordinates the Sustainable Tropical Agriculture Flagship of James Cook University’s Centre for Tropical Environmental and Sustainability Science. Since 2007 he has led research projects valued at over $7 million.

Paul's research has focussed mostly on how natural processes and management influence the sustainability of tropical cropping systems, including soil condition, nutrient cycling and greenhouse gas emissions.

Prior to joining James Cook University, Paul led the Soil Science and Agronomy program of the Papua New Guinea Oil Palm Research Association. He has also worked with CSIRO, the Bureau of Sugar Experiment Stations, the Queensland Department of Natural Resources and Mines, the Australian Centre for Water Treatment and Water Quality Research, the French National Agricultural Research Institute (INRA) and the Swedish University of Agricultural Sciences.

Paul received an Australian National Citation for Outstanding Contribution to Learning and Teaching in the field of undergraduate soil science in 2012.


  • EA2007: Soil Properties and Processes for Management (Level 2; CNS & TSV)
  • EA3007: Field Studies in Tropical Land and Water Science (Level 3; CNS)
  • EA3207: Soil Properties and Processes (Level 3; CNS & TSV)
  • EA5017: Soil Properties and Processes (Level 5; CNS & TSV)
  • EA5018: Field Studies in Tropical Land and Water (Level 5; CNS)
  • EA5026: Special Studies (Level 5; CNS & TSV)
  • EV1005: Environmental Processes and Global Change (Level 1; CNS)
  • EV2401: Australian Landscape Processes and Evolution (Level 2; CNS & TSV)
  • EV5960: Project Management - Ridge to Reef (Level 5; TSV)
  • EV5961: Ecosystem Dynamics - Ridge to Reef (Level 5; TSV)
  • SC5900: Special Topic (Level 5; CNS & TSV)
  • Soil amendments and enhanced efficiency fertilisers for optimising production and environmental impact in tropical cropping systems
  • Modelling effects of environment and management on soil condition and nitrogen losses in oil palm plantations
  • Understanding and managing effects of soil physicochemical conditions on soil biological health, particularly suppressiveness/ conduciveness to Panama disease in bananas
  • Social innovations to optimise cocoa-food crop and oil palm-food crop systems
  • Soil matters: it is the most biologically diverse and active part of the earth, where minerals, water, air and living things interact in complex and fascinating ways that are critical for human well-being and ecosystem functioning. Having a good grasp of soil properties and processes is invaluable for graduates in environmental science and management.
  • 2015 to present - Associate Professor, James Cook University (Cairns, Australia)
  • 2010 to 2014 - Senior Lecturer, James Cook University (Cairns, Australia)
  • 2004 to 2009 - Lecturer/Senior Lecturer (50%), James Cook University (Cairns, Australia)
  • 2004 to 2009 - Senior Scientist (50%), Department of Natural Resources and Mines (Mareeba, Australia)
  • 2001 to 2003 - Senior Agronomist, PNG Oil Palm Research Association (Papua New Guinea)
  • 1999 to 2001 - Research Scientist, CSIRO (Townsville, Australia)
  • 1997 to 1999 - Research Officer, BSES/CRC Sugar (Ayr, Australia)
  • 1993 to 1996 - PhD candidate, University of Adelaide (Adelaide, Australia)
  • 1991 to 1992 - Research Officer, INRA (Dijon, France)
  • 1991 - Technical Officer, Swedish Uni of Agricultural Sciences (Uppsala, Sweden)
  • 1987 to 1990 - Research Officer, Australian Centre for Water Treatment and Water Quality Research (Adelaide, Australia)
Socio-Economic Objectives
  • 2012 - Citation for Outstanding Contributions to Student Learning (Australian Office for Learning & Teaching and JCU)
  • 2015 - Fellow, The Cairns Institute

These are the most recent publications associated with this author. To see a detailed profile of all publications stored at JCU, visit ResearchOnline@JCU. Hover over Altmetrics badges to see social impact.

Journal Articles
Book Chapters

ResearchOnline@JCU stores 129+ research outputs authored by A/Prof Paul Nelson from 1990 onwards.

Current Funding

Current and recent Research Funding to JCU is shown by funding source and project.

Leverhulme Trust - Leverhulme Centre for Climate Change Mitigation

Sequestering carbon and improving sugarcane productivity by enhanced weathering of basalt

Indicative Funding
$479,169 over 5 years (administered by University of Sheffield)
Arresting the build-up of atmospheric CO2 is one of humanity's biggest challenges. In geological time, the weathering of rocks consumes CO2, which is then sequestered as limestone in the ocean, but the natural rate of this process is very slow. In this project we will determine the feasibility of accelerating weathering by introducing crushed basalt (a common and easily weathered rock) into the place on earth with highest CO2 production and potential weathering rates - topsoil in the humid tropics. We will also examine the effects on soil condition and crop growth, which are likely to be beneficial.
Paul Nelson, Michael Bird and David J Beerling (College of Science & Engineering and University of Sheffield)
Carbon sequestration; Soil Fertility; Sugarcane; Water Quality; Great Barrier Reef; Agricultural Sustainability

Department of Environment and Heritage Protection - Tender

Denitrification bioreactor trial in the Russell catchment of the Wet Tropics

Indicative Funding
$235,087 over 4 years (administered by Jaragun Pty Ltd)
This project will establish the effectiveness of denitrification bioreactors as an on-farm technology for removing dissolved inorganic nitrogen (DIN) in waters draining the Babinda Swamp Drainage Area. The region has been identified as a hotspot for DIN in the Great Barrier Reef catchment. This will be the first trial of denitrification bioreactors in the Wet Tropics. Denitrifying bioreactors route water through a high-carbon substrate under anaerobic conditions to encourage denitrification (the conversion of DIN to atmospheric N2). Two bioreactor configurations will be tested at two sites, and the potential for broader adoption will be assessed.
Paul Nelson, Alex Cheesman, HanShe Lim, Bithin Datta, Colin MacGregor, Ian Layden, Nathan Waltham, Bart Dryden and Mark Bayley (College of Science & Engineering, Department of Agriculture, Fisheries and Forestry, TropWATER, Terrain Natural Resource Management (Wet Tropics) and Australian Wetland Consulting)
sugarcane; Water quality; nitrate; runoff; Wet Tropics; Great Barrier Reef

Department of Industry, Innovation and Science - Innovations Connections

Black soldier fly production to convert food waste into protein-rich animal feed

Indicative Funding
$17,659 , in partnership with Murray Farming Pty Ltd ($17,659)
We will evaluate methods of black soldier fly production that have been successful elsewhere and adapt them to the tropical conditions of northern Australia; and evaluate the effects of food source on the growth rates of black soldier fly populations.
Lori Lach, Paul Nelson and Stuart Biggs (College of Science & Engineering)
black soldier fly Hermetia illucens; Food Waste; Nutrition; insect protein; sustainable food production; Growth Rate

Department of the Environment and Energy - Reef Trust Phase III

Australian Banana Growers Council: Denitrifying Bioreactors

Indicative Funding
$30,000 over 2 years (administered by Australian Banana Growers Council)
This project in conjunction with Australian Banana Growers Council seeks to establish the effectiveness of denitrification bioreactors as an on-farm technology to remove excess dissolved inorganic nitrogen (DIN) leaving farms in the Wet Tropics bioregion. The Russell River catchment has been identified as a hotspot for DIN loading to the Great Barrier Reef lagoon, and this work represents a novel approach to curb DIN loading to natural systems. Denitrifying bioreactors route drainage water through a high carbon substrate under anaerobic conditions to encourage denitrification (the conversion of DIN to atmospheric N2). This project will involved detailed site monitoring, installation and scientific evaluation of a bioreactor wall in the headwaters of the Russell River catchment.
Paul Nelson and Alex Cheesman (College of Science & Engineering)
Banana; Water Quality; Nitrate; Runoff; Wet Tropics; Great Barrier Reef

Horticulture Innovation Australia - Research Grant

Activity 2.6 (Banana soil physico-chemical properties) of 'Fusarium wilt Tropical Race 4 Research program (BA14014)'

Indicative Funding
$320,000 over 4 years (administered by DAF)
The project will determine the influence of soil physiocochemical conditions on growth and infectivity of the banana disease-causing fungus Fusarium oxysporum f. sp. Cubense (Foc. Foc is one of the world's most destructive banana diseases and Tropical Race 4, which attacks the Cavendish variety, was recently detected in the Tully valley in the heart of the North Queensland banana production region. This project is part of a larger program aimed at providing new information and practices to address key areas of need with a medium to long-term view of developing management practices for banana growers affected by Tropical Race 4.
Paul Nelson and Rosalie Hocking in collaboration with Tony Pattison and Anna McBean (College of Science & Engineering, Department of Agriculture and Fisheries and Forestry)
Soil Chemistry; banana disease; sil physics; Fusarium oxysporum (Netriaceae); soil biology; agricultural soil management

ACIAR - Research Grant

Strengthening Livelihoods for Food Security Amongst Cocoa and Oil Palm Farming Communities in Papua New Guinea

Indicative Funding
$63,963 over 4 years (administered by Curtin University of Technology)
This project addresses rising food insecurity amongst smallholder cocoa and oil palm households in Papua New Guinea. The capacity of these households to grow or buy food is declining due to increasing populations and decreasing per-capita income in oil palm-growing communities and the spread of coco pod borer in cocoa-growing areas. The project objectives are to i) assess food security status in these communities, ii) determine the key factors influencing food security, iii) enhance food and livelihood security through strengthening food production and diversifying incomes, and iv) strengthen household and institutional capacity to address food and livelihood security.
Gina Koczberski, George Curry, Paul Nelson, Eric Omuru and Douglas Roger (Curtin University of Technology, College of Science & Engineering, Cocoa and Coconut Institute and Oil Palm Industry Corporation)
Mixed Cropping; Agroforestry; Farming System; Food Security; Livelihoods; Tropical Agriculture

FNQ NRM Ltd (Terrain Natural Resource Management) - Tender

Soil/landscape assessment and monitoring design for WTMIP `Catchment Repair and Treatment Systems Design Phase?

Indicative Funding
$35,511 (administered by Australian Wetlands Consulting Pty Ltd)
This project contributes to the Wet Tropics Major Integrated Project (WTMIP) in the Johnstone and Tully catchments. The `Catchment repair and treatment systems? activity area of the WTMIP aims to reduce nitrogen loads in runoff by installing and restoring wetlands and installing `denitrification bioreactors?. As part of the design phase of that activity we will assess soil and landscape features at the proposed sites and design the monitoring program to assess their effectiveness. This assessment and monitoring design will be done in collaboration with Australian Wetland Consulting and Alluvium, who will design the installations themselves.
Paul Nelson, Alex Cheesman and Nathan Waltham (College of Science & Engineering and TropWATER)
Sugarcane; Water Quality; Nitrate; Runoff; Wet Tropics; Great Barrier Reef

Department of Agriculture and Water Resources - Carbon Farming Initiative

Validation of Greenhouse Gas Reduction Methods in Banana and Mango Tree Crops Across Tropical Queensland, Northern Territory and Western Australia

Indicative Funding
$126,200 over 4 years (administered by Northern Gulf Resource Management Group)
Banana and mango are the most intensive horticultural crops in tropical Australia. Conventional management practices have depleted soil organic C and produced high N20 emissions. This project will trial soil management innovations in Qld precision agriculture and new forms of N fertiliser.
T Hoogwerf, Geoff Dickinson, John Armour, Paul Nelson, Gavin Kay and Melissa Fraser (Northern Gulf Resource Management Group, Department of Agriculture, Fisheries and Forestry, Department of Natural Resources and Mines, College of Science & Engineering, Terrain Natural Resource Management (Wet Tropics), NT Department of Primary Industry and Fisheries and Mines)
Mango; Banana; Fertiliser management; Carbon Sequestration; Greenhouse gas emissions; Mulch

Australian Research Council - Discovery - Projects

Response and vulnerability of tropical rainforest plants to experimental drought

Indicative Funding
$365,000 over 3 years
How will tropical forests respond if droughts should increase in the future? In a globally unique experiment, we will induce artificial rough in an Australian tropical rainforest and then use a canopy crane to assess plant responses at all vertical forest layers. We will contrast demographic and physiological responses of an array of plant species and functional groups, compared to nearby experimental-control plots where tree growth, composition, soil water and atmospheric exchange have been monitored since 1999. Drought responses for key species and functional groups will be compared with their distributions across regional rainfall gradients to yield novel insights into potential rainforest responses to future climate change.
Susan Laurance, Joe Holtum, Bill Laurance and Paul Nelson in collaboration with Jonathan Lloyd and Maurizio Mencuccini (College of Science & Engineering, University of Leeds and University of Edinburgh)
rainforest ecology; climate change adaptations; Ecophysiology

Office for Learning and Teaching - Extension Grants

Exploring field spaces as learning places: Optimising the impact of field-based learning on the student experience

Indicative Funding
$30,000 over 2 years
The project aim is to improve the field-based learning experience for students. The team includes staff from multiple disciplines in the new CMES and CTSE Colleges. The range of field-based learning activities undertaken in the two colleges will be identified and mapped to the curriculum in nominated courses. Focus groups will be held with academics and students to gather data. Findings will be shared with the broader university community through a collaborative symposium. Strategies for effective practice in field-based learning and teaching will be applied to nominated courses and the impact on student learning evaluated. The project deliverables will include a university-wide symposium, website and online guide to field-based learning.
Phil Turner, Janet Buchan, Paul Nelson, Lin Schwarzkopf, Janine Sheaves, Orpha Bellwood, Carl Spandler, Michelle Lasen and Tanya Doyle (College of Science & Engineering, College of Arts and Society & Education)
Learning and teaching; Learning spaces; Field based learning; Science Education

Department of Agriculture and Water Resources - Carbon Farming Futures - Filling the Research Gap Program

Compost and Biochar Amendments for Increased Carbon Sequestration, Increased Soil Resilience and Decreased Greenhouse Gas Fluxes In Tropical Agricultural Soils

Indicative Funding
$887,636 over 4 years
Compost and biochar are used separately for improving soil condition and sequestering carbon, and have been shown to be of particular benefit in tropical agricultural soils. This project will mix biochar with organic waste prior to composting (COMBI-mix) to synergistically enhance the acknowledged benefits of both materials. We will (i) trial business as usual, compost alone, biochar alone, COMBI-mix and compost mixed with biochar at nine field sites across North Queensland (ii) determine the impact of each on carbon sequestration, GHG fluxes and crop performance (iii) provide inputs to better model soil carbon in agricultural systems (iv) develop a DOIC methodology and (v) model costs/benefits at the farm/regional/industry scale.
Michael Bird, Paul Nelson, Gavin Kay, T Hoogwerf, Peter Arthofer, L Di Bella, T McShane, J Joyce, Daniel Handley, Jason Benn and Graeme Wright (College of Science & Engineering, Terrain Natural Resource Management (Wet Tropics), Northern Gulf NRM, NQ Dry Tropics, Herbert Cane Productivity Services Ltd, Burdekin Bowen Integrated Flood Plain Management Advisory Committee, Black is Green Pty Ltd, King Brown Technology, SITA Organics Pty Ltd and Peanut Company of Australia)
Compost; Biochar; Agriculture; Carbon sequestration; Greenhouse Gases

Advisory Accreditation: I can be on your Advisory Panel as a Primary or Secondary Advisor.

These Higher Degree Research projects are either current or by students who have completed their studies within the past 5 years at JCU. Linked titles show theses available within ResearchOnline@JCU.

  • Automatic Generation of Geometry for Simulation and Games (PhD , Secondary Advisor)
  • Greenhouse Gas Emissions from Soil in Mango and Banana fields: Effects of Nitrogen Fertiliser Type and Mulching (Masters , Primary Advisor/AM)
  • The Impacts of Soil Physicochemicol Properties on Suppression of Fusorium wilt of Bananas in North Queensland, Australia. (PhD , Primary Advisor/AM)

These are the most recent metadata records associated with this researcher. To see a detailed description of all dataset records, visit the JCU Research Data Catalogue.


The map shows research collaborations by institution from the past 7 years.
Note: Map points are indicative of the countries or states that institutions are associated with.

  • 5+ collaborations
  • 4 collaborations
  • 3 collaborations
  • 2 collaborations
  • 1 collaboration
  • Indicates the Tropics (Torrid Zone)

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