Precision of Soil and Water Conservation by Madelyn

 



                                                Robin Oakley using data to make soil decisions

            Sustainability and conservation are topics often discussed amongst the farmers of New Zealand. New Zealand has limited resources that must be utilized efficiently. When we visited a variety of farms, we discussed sustainable practices in order to ensure the land is used to its full capability and simultaneously to ensure resources are kept viable. Robin Oakley, a fifth generation vegetable farmer is an excellent example of this. While visiting his 400 hectare farm, he goes into great detail on his use of precision agriculture to ensure his farm is efficient and profitable. The combination of varying technology to ensure a sustainable practice is quite fascinating. Each piece of technology plays a vital role in sustaining conservation. For instance, moisture probes alert any change in water level within the soil, while GPS allows for exact soil management zones to be mapped out. GPS is extraordinarily important for many forms of sustainability. It allows the quality of soil to be tracked, and farmers can then determine if any changes are needed. Furthermore, the topsoil within Robin Oakley’s farm is extremely thin, demanding proper sustainable practices to conserve the soil. Crop rotation, soil cultivation, and soil testing greatly increase the rate of soil conservation. Additionally, Robin Oakley mentions he utilizes the natural water reserves nearby, giving him access to an extra water resource for his irrigation needs. Having a proper irrigation system is essential for growth and profitability within the farm.

            As I continued to travel to different farms throughout the trip, I noticed a common theme amongst them: creativity and experimentation. Agriculture is constantly adapting to become more efficient and profitable while staying sustainable. Farmers are very creative with trying out new ways to achieve these goals of efficient sustainability. The Lincoln Dairy farm demonstrates this creativity by working to solve the problem of nitrogen leakage into soil and groundwater. Plantain is worked into the cattle’s diet by supplementing some of the cattle’s feed with plantain. This integration then increases the rate of urination, therefore diluting the concentration of nitrogen produced by the cattle. This minimizes the leakage of nitrogen into the soil and groundwater. 

        Additional research is consistently conducted to advance sustainable practices even further. Once different methods and techniques are researched on demonstration farms, they are then taught to surrounding farms to spread modern practices of sustainable efficiency. To say the least, I am very impressed with the precision and organization within the farms we visited. The dedication these farmers have to profitable sustainability is admirable.


                                                                      Plantain for grazing

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