Energy availability from livestock and agricultural productivity in Europe, 1815–1913: a new comparison.

The research article analyzes whether high energy availability from draught animals was a driving factor for notable agricultural productivity in Europe during the early 19th century. The study concludes that high efficiency in muscle power, not its abundance, played a significant role in achieving high productivity.

Objective of the Research

• The primary objective of the article was to investigate the prevailing view that high agricultural productivity in the early nineteenth century Europe was mainly due to high energy availability from draught animals.

Data Collection

• To explore this, the authors collected extensive new data showing varying trends in the availability of draught power and its use efficiency in different European countries.

Key Findings

• After analyzing the collected data, the authors found that there was not a direct correlation between the number of draught animals and agricultural productivity.
• Specifically, they noted that by the end of the 19th century, although England had high numbers of draught animals per agricultural worker, it also had a low number of both workers and animals per hectare. This disparity suggested that agricultural productivity was related more to the high efficiency of muscle power, not just the abundance of it.

Additional Insights

• Moreover, the observed higher efficiency was linked to a shift towards less labour-intensive farming methods. This specialization resulted in needing fewer workers per unit area, hence leading to higher efficiency.
• Another impactful factor was the preference for horses over oxen. The reasons for this preference are not explicitly detailed in the abstract, but one could infer that horses might have been perceived as more efficient work animals than oxen.

Conclusion

• Overall, the study debunks the common view that high agricultural productivity in early 19th century Europe was largely due to the abundance of draught animal power. Instead, it highlights the role of efficient use of muscle energy in this context.