Crop science personal statement example

Why do you want to study this course or subject?

The community allotment where I volunteer has a stubborn patch at the northern end. Nothing does well there: the courgettes sulk, and the runner beans came to about half the height of those by the shed. Last spring one of the regular growers dug a test pit and we found compacted clay about twenty centimetres down, left over from when the site was a builder's yard. That single afternoon changed how I saw growing things. I had been treating plants as the whole story, when much of what limits a crop sits underneath it, or in the weather, or in the choice of variety made months earlier. I want to study crop science because it treats yield as a problem with structure to it, rather than a matter of luck or green fingers. My A-level Biology work on photosynthesis and water transport gave me the mechanisms, and Geography gave me soils, climate and the awkward realities of land use, but neither subject follows the question all the way to a field. I would like to understand how varieties are selected and bred, how nutrient and water demand is measured rather than guessed, and how decisions are made when an agronomic recommendation costs a grower real money. Working in a supermarket has sharpened this. I stack produce that has travelled a long way and I clear the reduced shelf of bagged salad that has collapsed within days. Reading about post-harvest losses and about breeding for shelf life and disease resistance, I realised that many of the problems I see at the end of the chain are set much earlier, in the genetics and the growing conditions. I am drawn to the applied end of plant science, where the outcome is a crop that stands up to a wet autumn or a dry June, and I would like to spend a degree learning to do that work properly.

How have your qualifications and studies helped you to prepare?

My A-levels in Biology, Chemistry and Geography have given me a good foundation for this course. In Biology I have particularly enjoyed the plant topics: transpiration, the role of stomata and the practical on the effect of light intensity on the rate of photosynthesis, which taught me how much care is needed to keep variables under control before any result means anything. Chemistry has been the most demanding subject and probably the most useful. Understanding buffers, ion exchange and solubility has changed how I read about soil pH and nutrient availability, and titration work has trained me to be patient and exact with measurements. Geography contributes the systems view: I have studied soil formation and degradation, water cycles and catchment management, and for my fieldwork I investigated infiltration rates across different surfaces in a local park, learning how messy real environmental data can be compared with a classroom practical. Outside the syllabus I have been reading around the subject. Dave Goulson's writing on insect decline pushed me to think about pollination and pest control as parts of the same landscape rather than separate topics, and I follow the free agricultural pages of the farming press to see what growers are actually discussing, from blackgrass resistance to the cost of nitrogen fertiliser. I also completed a short online course on the basics of plant nutrition, which introduced me to nutrient deficiency symptoms and gave me a vocabulary for what I had been seeing on the allotment. I am comfortable with statistics from Biology and Geography and I would like to build on that; I can see that analysing field trials sensibly matters as much as running them.

What else have you done to prepare outside of education, and why are these experiences useful?

Most weekday evenings I look after my younger brother, who is nine, while my mother works late shifts. That means cooking, homework, reading and getting him to bed, and it has made me organised in a way that no revision timetable could. I plan my own study around his routine, which is why I tend to work early in the mornings. It has also made me better at explaining things simply, since he asks a great many questions about why seeds need soil and whether worms can see. On Saturdays I volunteer at a community food-growing project run through my local mosque, where produce goes to families and to a shared kitchen during Ramadan. I have been there for just over two years. I do a lot of ordinary work: weeding, watering, turning the compost, labelling seed trays. Over the last year I have taken on the growing records, keeping a notebook of sowing dates, varieties and what actually came up, because we kept repeating the same mistakes with our brassicas. Comparing two courgette varieties across our raised beds was not a controlled trial, but it taught me how much variation there is between beds on the same site, and why proper replication exists. I also helped run a session for primary school visitors on where food comes from. My part-time supermarket job, around twelve hours a week, has given me stamina and a habit of noticing things: which lines get reduced, how quickly soft fruit turns, how customers respond to imperfect produce. I play badminton at a local club, which keeps me sane during exam terms. Together, these commitments have taught me to keep going with unglamorous, repetitive work and to look carefully at results before drawing conclusions, which I think is much of what practical crop research involves.

This example has 5,200 characters across the three answers. Use it for ideas and structure. Your own UCAS answers must fit within 4,000 characters in total, including spaces.

Review this personal statement

Latest reviews