Improving productivity in New Zealand’s wool industry

New Zealand has a lot of sheep, and wool once brought in a huge share of its export revenue. Now that share and the industry's profitability have fallen. My first question is why. Are people buying less wool, or is someone else supplying it?

The first paragraph answers: competition from synthetic materials has pushed down the price of strong wool. Some farmers have responded by using their land for other things. Keep that order straight. Lower wool prices help explain the move away from sheep farming; the move isn't presented as the original reason prices fell.

At this point, switching products might sound sensible. If wool doesn't pay, why not produce something else? But that isn't the solution the author goes on to advocate. The question becomes how wool growers can stay profitable. The proposed answer is to improve productivity rather than raise prices.

The author wants productivity gains like those achieved by synthetic-material manufacturers. Can sheep farmers really do that? The end of paragraph two gives the reason for optimism: some wool growers are already comfortably profitable. The rest of the industry could adopt those growers' management and breeding practices. We're being told to learn from successful farms within the same industry.

The third paragraph develops that point. Professional operations can earn several times the average profit, while some family farmers accept lower returns to preserve their lifestyle. If maintaining that lifestyle is their priority, the choice is understandable. If the goal is greater profitability, though, the successful operations provide a model. The comparison with cotton also shows that wool growers' productivity improvements have lagged behind gains elsewhere.

Then we get a specific proposal: establish a company to research sheep breeding. The distinction in parentheses matters. The company would select sheep for crossbreeding, not artificially alter an individual sheep's genetic material.

Think better breeding stock. Some sheep already produce much more valuable wool. Identify those sheep and use them to breed future generations. The proposed spending shift is also important: away from making wool processing more efficient, such as lowering spinning costs, and toward producing raw wool more cheaply or at higher quality. Producing the raw material and processing it afterward aren't interchangeable.

My first rough prediction is that getting better sheep could help solve the growers' profitability problem. That's the final paragraph's concrete solution. Keep the earlier discussion in view too: better breeding is part of the broader proposal to improve farm management and productivity. The author has presented a problem, pointed to farms that already do well, and explained how other growers could improve.