I am often asked: can you calculate the sustainability of our business? Well, I can.Sustainability includes a lot of divisions: for example, the number of plastic packaging / all products. Or adding up: all the sustainable products in the company. CO2-equivalent tonnes can be counted as well. And water use is calculated in litres. And then there is land use. This right here is biodiversity calculation.
A biodiversity footprint for products is coming. I will explain here, based on my own common sense and input I have received from LUT Assistant Professor Ville Uusitalo (the Biodiful project), what it is all about.
First lets zero in on the sad state of affairs: today, wild vertebrate populations have shrunk by an average of 69% since 1970 and a quarter of species are threatened with extinction. Because biodiversity and the ecosystem services it provides are closely linked to the economy and well-being, businesses are also interested – thankfully.
I would also like to wake up consumers here, because the biggest problem we have is the constant increase in consumption. As a result, the biosphere is being consumed at an ever faster rate. Finland's Earth Overshoot Day is already on 31 March – which means that we Finns already need the resources of four planets, roughly calculated.
So biodiversity means all living things. Diversity of species, genes, ecosystems, habitats, organisms on land, in the sea and in the air are all part of this. Some species are resilient to the climate crisis, while many will disappear with the change. Invasive species can also rapidly destroy diversity by changing the balance of ecosystems. This is the result of species being migrated accidentally, for example through transport, or deliberately moved from one place to another. In addition, invasive species spread to new environments, for example as a result of climate change.
Measuring variability in biodiversity richness
Biodiversity richness is also highly variable. It really does matter the most in the world whether we chop down a rainforest to make a field. In the tropics, the species density is enormous and even a small area of destruction can result in a huge loss. This is why, for example, there is a big debate over palm oil. Of course, a palm oil field is no more 'dangerous' in itself than, say, a rapeseed field, but because it is invariably cut down in biodiversity-rich areas, it does a huge amount more damage than a field in the north.
The second bias, which is also present in the international FAO statistics, is the comparison of the size of the crop in organic versus industrial fields. Industrial farming produces more yield per hectare – that is clear from the statistics. But industrial fields also destroy soil biodiversity, whereas organic fields are much better at maintaining a wider ecosystem. This also means that the life of the field is basically infinite, while industrial fields in the most extreme cases are being used up in just a few harvest seasons and more forest being cut down to make way for a new field. I understand that this is surprisingly common – and if research is available, I would love to hear the exact figures. However, biodiversity measurements should take this into account, including by companies.
In any case, there are various challenges in measuring biodiversity and the thinking behind the calculations still needs to be practiced. But typically, then, calculating the biodiversity impacts of land use consists of three key factors:
- Area need
- Its geographical location
- Impact of land use on biodiversity
ENCOURAGING SUSTAINABLE CONSUMPTION TO HELP WITH THE CHALLENGE
That's why we include encouraging sustainable consumption in our own sustainability software’s criteria. Redirecting consumption away from the most challenging products will provide additional time to address the big systemic problem of the sustainability gap. Source: The power of dietary changes and changes in farming practices towards climate mitigation and biodiversity conservation – The case of Finland, Natasha Järviö et al)
Working towards measuring biodiversity footprint and sustainability
And things get done: we at Infine have completed the product part of our Infine Sustainability Management software for groceries and wood, paper and ceramic -based fast-moving consumer goods. The software can automatically analyse sustainability attributes in nine dimensions, such as
- climate change
- biodiversity
- water
- circular economy
- environment
- human rights
- labour rights
- good Business Ethics
- promotion of sustainable consumption
I can tell you that when we started the project, not many people thought we would be able to achieve this. And without the Finland's ‘Most Sustainable Product’ competition and our amazing Sustainability Panel, and our funders from Business Finland to investor angels, we wouldn't be this far along. Developing sustainability assessment through practical action has been our key to success. We are now at the stage where our technology has achieved the ability to automatically evaluate thousands of products!
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