Agricultural questions, clearly answered.

AGS works across agronomy, plant pathology, integrated pest management, plant breeding and genetics, crop nutrition, soil health and cropping systems. We connect these disciplines so recommendations address the whole production system rather than one isolated symptom.

Our work also covers organic agriculture, regenerative production and sustainable palm oil. Explore our expertise.

We support organisations facing complex technical or delivery problems, from declining crop performance and disease pressure to programme design, digital evidence and adoption of new practices. The team combines crop science, agronomy, precision agriculture, business development and technology expertise.

We begin with the location, crop, production system, soil conditions, climate risks and farmer priorities. Scientific evidence is then interpreted through local data and field realities. This avoids copying a practice from one region into another without testing whether it is agronomically and operationally appropriate.

For AGS, sustainability means maintaining productive farming while improving resource efficiency, resilience and environmental performance. We combine soil and crop management, integrated pest and disease control, precision tools and realistic implementation plans. The right solution must work agronomically, economically and operationally.

We first define the decision that better data needs to support. We then select appropriate tools, which may include field mapping, remote sensing, spatial analysis, sensors or structured farm records. The purpose is not technology for its own sake, but clearer decisions and a system the client can continue using.

Depending on the question, projects may use satellite imagery, drones, field sensors, geospatial analysis and structured data collection. Their value comes from combining digital signals with agronomy, plant pathology and field observations so that the result can be interpreted correctly.

We assess likely value, implementation cost, operational capacity, timing and scale before proposing a solution. Recommendations are prioritised so clients can distinguish essential actions from optional improvements and build a practical sequence for investment.

Yes. We can support planning and implementation across soil health, fertility, crop rotations, agronomy and integrated pest and disease management. Because organic systems are highly context-dependent, we focus on transition risks, locally available inputs and the management changes needed to sustain performance.

We treat regenerative agriculture as a set of outcomes and context-specific practices, not a fixed checklist. Work may include soil cover, crop diversity, organic-matter management, reduced disturbance and more integrated pest and nutrient strategies. Progress should be measurable and compatible with a productive farm business.

Yes. AGS develops training for farmers, field technicians, scientists, students and programme teams. Sessions can combine classroom learning, field demonstration, practical tools and follow-up support. Content is adapted to participant roles, existing knowledge and the decisions they need to make.

We combine diagnosis, crop and pest biology, monitoring, agronomy and integrated management. Regional recommendations account for climate, cropping patterns, available products, local regulations and farmer capacity. Remote sensing may support surveillance, but field verification remains essential.

We establish the main constraints first, then examine interactions among genetics, soil, nutrition, water, crop management and pest or disease pressure. The resulting plan focuses on the changes most likely to improve performance while protecting long-term system resilience.

Yes. AGS can help refine breeding objectives, selection strategies, trial design and the use of genomic or predictive tools. Support is structured around the programme’s target traits, germplasm, resources, decision points and route to impact.

We can help clients identify strategic intellectual-property questions and organise technical information around an innovation. Where formal legal advice is required, we work alongside appropriately qualified IP counsel rather than replacing it.

Our approach can combine agronomy, soil and nutrient management, integrated pest management, remote sensing, smallholder support and structured field evidence. We design around the specific plantation or programme context, with attention to both near-term production and longer-term environmental outcomes.

Our CE2RA collaboration connects circular inputs, field evidence and regenerative outcomes.

We consider changing heat, rainfall, water availability, pest and disease pressure, and production risk when evaluating options. Adaptation measures may involve crop or variety choice, soil and water management, diversified systems, adjusted calendars and stronger monitoring.

Durability comes from local ownership, measurable outcomes and the ability to adapt. We therefore connect technical recommendations with training, implementation capacity, evidence collection and periodic review. The goal is a working system, not a report that remains on a shelf.