Research & Innovation

EcoPlanetFarm welcomes collaborative, researcher-led and contract field research that benefits from a living ecological landscape, long-term observation and experimentation under natural conditions.

Researchers, universities, technology developers and institutions may bring their own research questions or develop them collaboratively with EcoPlanetFarm.

The observatory can support field trials, longitudinal observations, comparative studies, sampling, sensor deployment, technology validation and repeated observation of plants, plots and ecological processes across seasons.

Specialised laboratory analysis may be undertaken through appropriate collaborating laboratories and research institutions where required.

Our interests are deliberately interdisciplinary. Potential areas include:

Research into how heat stress, changing rainfall, water availability, forage quality and nutrition associated with climatic change may influence herbivore physiology, health and fertility.

Long-term observation of relationships among temperature, water availability, plant physiology, flowering, fruiting, pest pressure and crop performance.

We are particularly interested in whether biological signals can help identify stress before obvious visible symptoms appear.

Plants continuously emit volatile organic compounds (VOCs) that can change with physiology, maturity, environmental stress and biological interactions.

Research opportunities include plant VOC signatures, floral and fruit aromas, stress-related volatiles, VOC-mediated ecological interactions and machine olfaction.

Petrichor and other natural volatile signatures provide an interesting interface among soil, microorganisms, moisture, atmosphere and human olfaction.

We are interested in investigating whether changes in these natural VOC patterns could provide measurable information about environmental conditions and potentially contribute to longer-term climate and ecological observations.

Can regenerative management influence not only soil condition and crop resilience but also the nutritional and sensory quality of food?

Potential studies could compare soil management, crop physiology, nutrient density, aroma, food quality and other measurable characteristics under different agricultural practices.

Research opportunities include the effects of mulching, vegetation cover, organic matter and regenerative soil management on soil temperature, moisture, biological activity, water retention and plant performance.

Field studies may investigate how biochar influences soil properties, microbial activity, water dynamics, nutrient availability, carbon retention and plant response under local ecological conditions.

We are interested in research examining relationships among root-zone biology, nutrient movement, carbon dynamics, soil microorganisms and above-ground plant physiology.

Such work could help connect what happens below ground with measurable changes in plant growth, resilience and food quality.

Tree geometry is not merely visual.

Research can explore how branch orientation, canopy architecture, pruning and trained geometry influence sunlight interception, airflow, flowering, fruiting, plant physiology, microclimate and productivity, including studies involving mature fruit trees such as mango.

EcoPlanetFarm provides opportunities to observe relationships among plants, insects, pollinators, herbivores, birds, soil organisms and changing vegetation.

Longitudinal studies may help investigate how agricultural management and climate influence these interactions over time.

We are interested in scientifically investigating aromatic plants, essential oils and naturally occurring plant VOCs in plant-stress and pest-management research.

The objective is not to assume efficacy, but to identify promising observations and test them systematically for biological effects, appropriate concentrations, environmental impacts and practical agricultural relevance.

EcoPlanetFarm can provide a field environment for evaluating emerging technologies under real ecological conditions.

Areas of interest include:

VOC sensors • Electronic noses • Environmental sensors • IoT • Edge sensing • Imaging • AI/ML • GC-MS correlation • Aroma Intelligence System (AIS)

Technology can be tested against actual changes in plants, soil, weather and biodiversity rather than relying entirely on controlled laboratory conditions.

This creates opportunities for sensor validation, dataset development, predictive modelling and multidisciplinary research.

Researchers bring the scientific question and methodology while EcoPlanetFarm provides an appropriate field environment and ecological context.

Research questions, experimental approaches and observations are developed jointly with academic or technology partners.

EcoPlanetFarm may undertake agreed field trials, observations, sampling, monitoring or data collection for institutions and technology developers.

Sensors, electronic noses, imaging systems and other emerging technologies can be evaluated under changing natural conditions.

Plants, plots, animals or ecological processes can be followed repeatedly across seasons or multiple years, where appropriate.

EcoPlanetFarm is not intended to replace an accredited analytical laboratory or specialised research institution.

Its distinctive value is different: a living landscape that can be observed repeatedly under real ecological conditions.

Some research questions may originate from established scientific literature. Others may arise from unusual field observations or enquiries from researchers working across different disciplines.

Both are welcome—provided the question can be approached through measurement, experimentation and scientific validation.

We welcome enquiries from researchers, postdoctoral scientists, universities, students, technology developers, research institutions and industry R&D teams looking for a living field environment for exploratory studies, pilot projects, contract research or longer-term collaboration.

Bring the research question. EcoPlanetFarm provides the living landscape in which it can be observed, tested and followed over time.

EcoPlanetFarm — A Living Ecological Observatory
Open to collaborative and contract field research.