I applied for the Brian Chambers Soil Fund Award to support my attendance at the ¿ìè¶ÌÊÓƵ’s Agricultural Land Classification (ALC) Training Course, held at Cranfield University on 12th–13th November. I first learned about this funding opportunity through the BSSS website, where it was promoted as a scheme supporting students and early‑career soil scientists. The award enabled me to travel from Edinburgh to Cranfield to participate in this specialist technical training. Attendance was directly relevant to my MSc Soils and Sustainability programme and offered an invaluable opportunity to deepen my understanding of how soil, climatic and landscape data are brought together to produce robust land capability assessments.
The ALC course delivered a detailed and structured introduction to the system used to classify agricultural land in England and Wales. Over two days of teaching, the instructors guided us through the systematic methodology, real soil logs, climatic datasets, and site characteristics to determine land grades using the ALC criteria. Although the course did not include field exercises, the classroom-based, evidence-driven approach was rigorous and highly interactive. We worked through multiple full case examples, identifying limitations based on soil properties, wetness, droughtiness, slope and interactive constraints. These exercises culminated in producing a complete ALC map for a real site, supported by our interpretation of the supplied evidence. This methodical, example-led approach significantly strengthened my understanding of how ALC decisions are derived. Working directly with soil descriptions improved my confidence in interpreting horizons, textures, drainage characteristics, and rooting depth constraints. The structured walkthroughs also clarified the rationale behind assigning primary and secondary limitations.
The course has had a meaningful impact on my postgraduate development. ALC principles are increasingly relevant across environmental consultancy, planning, and agricultural advisory work. The training has directly improved my ability to:
- Interpret and evaluate soil logs.
- Understand the interactions between soil, climate and topography.
- Assess multiple limitations and justify classification outcomes.
- Link physical soil properties to practical land‑use capability.
- Integrate evidence into defensible written assessments.
These skills will support both my MSc dissertation and my broader trajectory toward a career in soil consultancy and land assessment.
Through the structured examples, instructor guidance, and group discussions, I developed a deeper appreciation of how ALC principles are applied in practice. The most substantial areas of learning included:
- A strong working knowledge of the ALC framework.
- A much clearer understanding of droughtiness calculations and rooting depth considerations.
- Increased confidence in synthesising multiple datasets into a coherent land classification.
- Greater awareness of how ALC mapping is used in planning, development control and agricultural assessments, especially in farmer-based land use decisions.
The Brian Chambers Soil Fund Award supported my trip from Edinburgh to Cranfield University. Travelling by rental car was the most practical option given the location and schedule, and the flexibility also allowed me to stay with family. Without this support, attending the course in person would have been significantly more difficult.
The course provided excellent opportunities to speak with agronomists and soil consultants working directly in land capability assessment. These discussions helped contextualise the professional practice of ALC and the types of projects consultants undertake. Importantly, I met a department director from a consultancy firm, and this connection has subsequently led to me securing a three-month placement in the new year, an outcome which will be crucial in developing my early career in soil consulting.
Looking ahead to the next few months, I intend to use my upcoming placement to further develop my field soil investigation, description and interpretation skills, an area the ALC course highlighted as fundamentally important for professional practice. Working alongside experienced soil consultants will provide the opportunity to observe and contribute to real site assessments, allowing me to refine the accuracy of my soil logging, horizon description and field interpretation. I aim to improve my consistency in describing soil texture by feel, recognising structural differences, and assessing subtle variations in soil depth and profile form. Embedding this targeted skills development into the placement will ensure that my learning continues beyond the classroom and becomes grounded in practical, real-world consultancy experience.
The most rewarding element of the course was working through an entire ALC workflow from initial soil log interpretation to identifying limitations and producing the final ALC map. Seeing how each piece of evidence contributes to the final grade allowed me to understand the coherence and logic of the system.
Three Learning Outcomes:
- Ability to interpret soil logs and apply them systematically within the ALC framework.
- Enhanced understanding of droughtiness assessments and interacting limitations.
- Improved ability to synthesise soil, climatic and site data into defensible ALC conclusions.
Initially, I found it challenging to understand how droughtiness interacts with soil profile characteristics and rooting depth. However, the step‑by‑step examples and discussion with instructors provided the clarity needed to apply the method confidently.
I am sincerely grateful to the ¿ìè¶ÌÊÓƵ for supporting my travel to the ALC Training Course. The teaching delivered by Gill Shaw, Steve Hadden and Dr Bruce Lascelles was particularly impactful. Each lecturer contributed a distinct teaching style, from policy-focused insight to decades of field experience and consultancy practice, which helped maintain momentum through technically demanding material. Their varied delivery made complex topics such as interacting limitations, wetness assessment and droughtiness both accessible and engaging. This course has been instrumental in strengthening my technical foundation in land classification, has already supported my postgraduate studies, and has opened valuable professional pathways. I look forward to continued involvement with the Society and to applying these skills throughout my academic and early professional career.
Although I do not have a photograph taken during the course itself, I have included an image captured the following morning showing an agricultural pasture with subtlety visible ridge-and-furrow topography. Following the ALC training, I am now more aware of how this type of microrelief can create distinct limitations within the Agricultural Land Classification framework, particularly through its influence on soil depth and effective rooting depth. In traditional ridge-and-furrow systems, centuries of ploughing gradually move soil towards the centre of each strip, building up the ridge and leaving a lower furrow between them. This means that the crest of the ridge generally has a deeper soil profile, potentially providing greater available water capacity and a more favourable rooting environment. By contrast, the furrow may have relatively shallower effective soil depth and can be more prone to periodic wetness or waterlogging due to its lower position and role in surface drainage. From an ALC perspective, this variation in soil depth and wetness regime means that the top of the ridge and the bottom of the furrow could legitimately fall into different ALC sub[1]grades, with soil depth acting as a key limiting factor in the lower-lying furrow. The course has therefore helped me to recognise how historic cultivation practices can leave a lasting imprint on soil profile development and land capability, even where the land is now managed simply as permanent pasture.
Thank you again to the BSSS for allowing my participation on an interesting, vital and fruitful
training course to take place and thank you for the goody bag (I needed a new hand lens!).
