Natural Sequence Farming (NSF) is a rural landscape management technique aimed at restoring natural water cycles that allow the land to flourish despite drought conditions. NSF offers a low-cost, widely applicable method of reducing drought severity and boosting productivity on Australia's farms and landscapes. The technique is based on ecological principles, low input requirements and natural cycling of water and nutrients to make the land more resilient.

To find out more about Peter Andrews, Natural Sequence Farming principles and the efforts to bring Peter's techniques into mainstream use in Australia.

Over 30 years ago Peter, bought a run-down 2000 acre grazing property called Tarwyn Park, near Bylong in the Upper Hunter Valley. He then quietly set about testing the theories that he had been developing virtually ever since he was a child, growing up on a station near Broken Hill. By 1976 Peter Andrews claimed that the model he had set up on Tarwyn Park was an example of a sustainable agricultural system.

Peter had recognized that the incised nature of most streams in Australia was in fact accelerating the fertility decline of agricultural landscapes (Figure 1). Stream incision meant that the increasing erosive energy of water was leading to accelerated soil and nutrient loss, lowered capacity for the floodplain to hold water and a loss of wetland habitat within that valley. Stream incision had in fact lead to a total disruption of the natural fertility cycle, leading to a chronic decline the overall health of the landscape. He also observed that, under natural conditions, the interaction between fluvial and biological processes would combine to maximise the efficiency of nutrient and water use as well as carbon cycling. He argued that this would actually lead to a growing of that landscape as sedimentation would far exceed erosion and carbon sequestration would far exceed carbon loss. Find out more of the story in 'Back from the Brink' available at most bookstores.