Stockholm university

New indicators to guide companies towards a sustainable future

Many companies claim to be sustainable, but when Stockholm University researcher Beatrice Crona looked at how they measure sustainability, she found that they often map the wrong things. She is now developing new tools and indicators that companies and asset managers can use to steer towards a future that preserves the conditions for life on our planet.

Öppen gruva med skog i bakgrunden
The Earth System Impact measurement tool takes into account greenhouse gas emissions as well as land use, water use and where the company conducts its business. Photo: Mostphotos

What really drives humanity to overexploit the Earth's resources? When researchers at Stockholm Resilence Centre at Stockholm University started looking into this question, they realized they needed more knowledge about the financial sector. Capital from investors has a major impact on which companies emerge, and these companies in turn overexploit the Earth's resources.

“We realized that we had a big blind spot. We needed to understand what was driving the capital market and how it was linked to the planetary boundaries*,” says professor Beatrice Crona, science director at Stockholm Resilence Centre.

The researchers started mapping the area, and when they drew the attention of pension funds and other large asset managers to the importance of their investments for the future of the planet, a question came back to the researchers: What should we do? What should we in the financial sector measure to know that we are investing in something sustainable?

 

The financial sector sees sustainability as financial sustainability

This was the start of many years of work. Among other things, Beatrice Crona dug into companies' sustainability reports to understand which sustainability indicators they currently measure. Then she had the next insight: the indicators used by the financial sector to measure environmental impact have nothing to do with environmental sustainability. Instead, they measure the risk that a company's business operations will be harmed by a warmer climate and whether there is a risk that the business could be adversely affected by policy decisions aimed at protecting the environment.

“There is a flaw in the system. It measures the financial risks, not how sustainable the company really is”.

 

Sustainability more than just carbon emissions

Beatrice Crona
Beatrice Crona Photo: Eva-Lotta Jansson/Azote

But what should companies measure instead? After ten years of work, Beatrice Crona's research team has now begun to find an initial answer to that question. The team has developed a measurement tool, Earth System Impact (ESI), which, in addition to greenhouse gas emissions, also takes into account land use, water use and where the company operates.

“Measuring land use is important because on land there is vegetation that can store carbon. Vegetation also influences how much water evaporates into the atmosphere, which affects rainfall patterns and the local environment.”

Land use and water use also indicate the impact the company has on biodiversity. In addition, the location where a company operates plays a crucial role:

“If compare cutting down ten hectares of forest in the Amazon to doing the same thing in Sweden, the actual impact on the planet will be different,” says Beatrice Crona.

She says the ESI is by no means perfect for measuring sustainability, but it is better than the tools used so far. It is also better than many of the indicators that have been developed by commercial companies in recent years, which have no scientific basis. Most of them focus only on greenhouse gas emissions.

“We need to get away from the carbon tunnel vision, because we need to look at more than just carbon emissions.”

 

Raw material use as an indicator of companies' environmental impact

Another problem with measuring the sustainability of a company is that supply chains are so long that it is difficult to trace the origin of all components of a product, such as a car or a refrigerator. So even if a company has high sustainability ambitions, a huge amount of work is required to know whether they are actually achieving their goals.

What companies usually know, however, is what raw materials that are used in their products. Based on this knowledge, it is possible to make a rough estimate of the company's environmental impact. To assess this, Beatrice Crona brought together researchers who have worked on the seven main so-called primary sectors: fisheries, aquaculture, crop production, meat production, forestry, oil and gas production and mining. After a thorough scientific review, the researchers identified 15 key variables that can be used across all sectors to assess the impact on the planet and the local environment.

“It is not possible to measure 100 different variables for agriculture, for example, but we need to agree on something that is simple and realistic.”

The hope is that asset managers will now use the 15 variables to make demands on the companies they own and steer them towards a more sustainable future. This is, however, only a first step towards more effective sustainability indicators.

“There is no silver bullet that can measure everything in the way we want. This is one way. We will certainly need to find different ways to understand environmental impacts, but it is important that what companies measure and report is based on science,” says Beatrice Crona.

Text: Ann Fernholm

* The planetary boundaries refers to how humanity can use the earth's resources in a way that is safe for our future. If the burden on our environment becomes too great, it will no longer be able to deliver what is required for our human welfare. In a scientific way, the researchers have therefore calculated where the limit is in nine different areas, including climate, loss of biological diversity, acidification of the oceans, excessive use of fresh water, ozone depletion and chemical loading. At the momen, humanity is overstepping the planetary boundaries in six of the nine identified areas.

Read more on Beatrice Crona´s research