
The key to the scientific research of Suzanne Simard relates to mycorrhizal fungi which are are beneficial soil fungi that form a symbiotic relationship with over 90% of plant species. That means both get something from the other. It is a beneficial relationship for both. The fungi ins the soil act as an extension of the root system to improve the forest plant’s nutrient and water uptake. These fungi, or mycorrhizae (“fungus-root”), create underground networks that supply plants with phosphorus and water, while receiving in return carbohydrates (sugars) in return that they are unable to create well. This network is her prime research subject.
Suzanne Simard’s research is far from over. She continues to try to figure out how forest communities operate. So far, her team’s research has shown that the mycorrhizal fungal communities which they detected underneath the ground in the temperate rainforests of British Columbia differ depending on the number of salmon that were returning to their natal streams. They still don’t know exactly how far into the forest those networks transport salmon that returned to those natal streams, but they do know those networks transport nitrogen from the carcasses of salmon that did return to their natal stream to the surrounding land around those streams.
As a result, the team searched for the bones of salmon that had been carried into the forest by bears, wolves, and eagles. The bones were all that were left of those carcasses once these creatures were finished dining on salmon. As Simard, said, in her book Fidning the Motehr Tree, “The bones were all that were left once the flesh was eaten and the residual tissue decayed, nutrients seeping into the forest floor.”
They are trying to determine how the restoration of stone traps which the indigenous people were forced to abandon by successive Canadian governments affects the transportation of nitrogen from the ocean to inland. For example they would like to know the extent to which the spawning salmon feed the cedars, birches, and spruces for thousands of miles inland along the shores of those rivers. As a result of research already completed, they know that “Salmon in this way [are] connecting the ocean with the continent
Simard acknowledges that indigenous people of the area, including the Secwepemc “knew how vital salmon was to the interior forests, and to their livelihoods and they’d cared for the populations according to far-reaching principles of interconnectedness.” In other words, the indigenous understood as the European colonialists did not, that interconnection was crucial to the health of everything that lived in those coastal temperate rainforests.
It was a pity that those colonial powers failed to appreciate that the indigenous people had learned a lot about the land they occupied during their thousands of years of occupation. Had the colonial powers recognized that and not assumed that the Europeans had superior knowledge, those communities would not have been devastated as they were. This was just one more example of how presumed European superiority was a deadly unfortunate illness that affected everything in the forest. It could have been so much better.
This was a fundamental error that has been perpetuated ever since. Hopefully scientists like Suzanne Simard and her fellow researchers will be able to teach the current Canadian forestry authorities that the indigenous people know a thing or two about their forests and they would do well to listen to the wisdom of the people who live there and will not always assume that they know better. The Canadian authorities need a new attitude to nature and that attitude can be obtained from their indigenous partners in the temperate rainforest.

