Travel and Camp on Durable Surfaces
“The notion that [outdoor] recreation has no environmental
impacts is no longer tenable.”
Curtis H. Flather and H. Ken Cordell
What effect does a footstep have?
The answer is, it depends.
A footstep means different things to a young tree and meadow
grass, to leaf litter and fragile soil, to a gravelly river
bank and rain forest moss. Unfortunately, trampling causes vegetation
damage and soil erosion in virtually every environment. Recovery
that takes a year in some environments might take 25 years in
others.
Other impacts are also possible. Most soils contain animals
that live or feed on decaying plants. Trampling destroys habitat
for insects, earthworms, molluscs, and snails, as well as the
fungi that fertilise the soil and help make re-growth possible.
Vegetation protects underlying soils. Once plant growth is destroyed,
erosion can continue with or without further use. In general,
wherever you travel and camp, use surfaces that are resistant
to impact such as rock outcrops, sand, gravel, dry grasses,
snow, and water.
Avoid non-durable surfaces such as soft plants, riparian zones,
muddy sites, and fragile soil layers. When travelling along
a shoreline, hike on durable surfaces and spread out. Along
stretches of coastline where there are no designated trails,
hiking at low tide is generally best because the hard sand,
gravel, or rock of the intertidal zone (the area between the
highest and lowest tides) is exposed. In this area, be careful
to avoid crushing intertidal life such as mussels and barnacles.
Hiking at high tide usually causes greater impact because the
higher water level may force you to walk in fragile sand dunes
or vulnerable coastal vegetation.
Concentrate use in popular areas In popular areas, aim to concentrate
use on tracks, established campsites, and other developed sites
such as trailheads and picnic areas.
Concentrating use in these areas and, if necessary, on the surfaces
mentioned earlier, will minimise disturbances to soils and vegetation.
Stay on designated tracks.