I'll answer the question this way. We're a science organization. We always think we can do better, and we're always prepared to take advice, such as we get from the commissioner, and use it where applicable and get better.
I would say that the data the commissioner looked at is essentially long-term water quality monitoring from Environment Canada. Even inside the suite of other organizations that collect long-term water quality, it's still actually only a very small part of the data that are collected. We have another whole type of monitoring that we do in Environment Canada, a formula that we call “surveillance monitoring”. It's short-term monitoring. We use it to ask very specific questions quickly and then reallocate our resources onto other, more high-priority areas.
For example, right now we're in the middle of doing surveillance monitoring in groundwater on the Athabasca River on almost 100 sites. This actually is a very large part of the additional work we're doing as a result of oil sands activity. We have quite a scientific challenge in the Athabasca, because you can go into the river and you can find toxic things, naphthenic acids and polyaromatic hydrocarbons, for example, but you can't definitively say whether they're coming from a natural source or from an anthropogenic or man-made source. The reason there's an oil sands mining sector there is because there are oil sands and the Athabasca River cuts through those oil sands directly. You can go there, down onto the banks of that river, and you can actually watch bitumen follow the bank of the river, into the river, and in all of the tributaries as well.
This is a scientific challenge, and when we find things, we have to be able to attribute the source. So we started about 18 months ago what we call a fingerprinting operation, investing significantly. We have an additional $1.6 million that we're investing in this whole program. The goal is to identify unique substances that occur only because of man-made structures or processing of oil sands. This is going to allow us actually to go in and essentially say, yes, this toxic compound at this concentration in the river came from the oil sands operations or mining activity.
We actually do a lot more than that. We have a lot of toxicity testing, so we have a whole suite of organisms that we use to test how toxic tailings ponds effluents are, how toxic the tailings ponds sediments are. Then we actually go into the river and do the same thing. So are there any toxic effects in the river and actually in the water or in the sediments? At this point we just can't find any.
So we actually have quite a broad suite of science activities that we do. We do these in partnership also with other types of multi-stakeholder groups. We talked about RAMP and the long-term water quality monitoring in the river. They actually monitor the water quality in what we call “acid-sensitive lakes”, up to 50 lakes around the area as well.
There's also another multi-stakeholder group called the Wood Buffalo Environmental Association, which essentially performs the same function that RAMP does, but for the atmosphere. In a multi-stakeholder setting, it takes a look at air quality and aerial deposition that potentially could happen on the land base. Then we're tracking to see whether or not any of that deposition gets into the river itself through snow melt.
So we actually have what we feel is a very comprehensive science program.