Agricultural science personal statement example

Personal statement example

For three years I have tipped out the rain gauge in our back garden at seven each morning and written the figure in a spiral notebook. It began as a Year 9 science task and simply never stopped. The notebook now holds over a thousand entries, and when I typed them into a spreadsheet last summer I could see something I had only half noticed: our wet season has come in short, heavy bursts rather than steady falls. That made me curious about what happens to water after it lands, which is a question about soil as much as weather.

Much of my answer came from my uncle's property, about forty minutes from town, where he runs a small herd of beef cattle and cuts hay from two paddocks. Since he hurt his shoulder two years ago I have spent most Saturdays there helping with ordinary jobs: checking troughs, moving electric fencing, recording which paddock the cattle are in and for how long. He rotates grazing more than his neighbours do, and I asked him why. His explanation, that resting a paddock lets grass recover its roots and keeps ground cover on the soil, sent me looking for more. I read parts of Charles Massy's Call of the Reed Warbler, which describes Australian farmers moving towards regenerative practices. I found it persuasive in places, but I also noticed that it relies heavily on farmers' own accounts, so I looked for government extension material on ground cover and erosion to see how the claims were measured. Comparing those sources taught me to ask what evidence sits behind an argument, not just whether it sounds sensible.

At school I take Biology, Chemistry, Mathematical Methods and Geography. For my Biology research investigation I tested how quickly water soaked into soil from a grazed paddock, a rested paddock and a compacted gateway on my uncle's land, using a cut-down tin ring and a stopwatch. The gateway sample was dramatically slower, which matched what I expected, but the difference between the grazed and rested paddocks was smaller and less consistent than I had hoped. Writing up why, including that I only sampled on two dry days, was the most useful part of the task, and it showed me how much careful design a real field trial would need.

Not everything I do connects to farming. I work two shifts a week at a bakery, starting at five on Saturdays before driving out to my uncle's, and I have learned to work quickly, follow food safety procedures and stay polite to customers at an hour when nobody is cheerful. It has also made me aware of the other end of the food chain: when flour prices rose, our owner explained the change to regular customers, and I realised how far a drought or a poor harvest travels. I also keep six chickens, a project that started as my own idea and has turned into a small lesson in feed costs, since I track what I spend against the eggs I sell to neighbours.

I want to study agricultural science because I enjoy problems that sit between biology, chemistry and the decisions real people make with limited money and uncertain rain. My uncle's choices are shaped by soil, markets, his shoulder and the weather all at once, and I would like to understand the science well enough to help farmers weigh those choices with better evidence. I am particularly interested in pasture and soil management, though I expect my interests to widen once I meet areas I have not yet read about. I am used to early starts, patient record keeping and practical work, and I am ready for the more rigorous study that a degree would demand.