Corporate science-based sustainability targets

World Wildlife Fund and plant-based food and drink producer Alpro published a report on how companies can reduce their environmental footprints. They go beyond general sustainability principles and address more sustainability issues than climate change. Alpro researches how they perform on science-based targets for land, water, nutrients, and biodiversity that respect planetary boundaries, and how they can improve on them. This kind of research is new: it existed on the planetary level, but not yet on the level of individual firms. It was done by a team of scientists led by Amsterdam-based consultancy company Metabolic.

almond blossom corporate sustainabilitty
Almond blossom Photo: Wikimedia Commons.

Alpro is a European company, part of Danone, and describes itself as the pioneer of plant-based food. They sell plant-based drinks, alternatives to dairy products, made from non-GM soya, almonds, hazelnuts, cashew, rice, oats or coconut, under the names of Alpro and Provamel. The project sought to develop methodologies for measuring the company’s footprint, and also provided recommendations based on Alpro’s particular circumstances. For whereas the researchers’ methods may be applicable across a broad field, the environmental variables researched are area specific; and therefore the recommendations may vary greatly among companies. In terms of biodiversity for instance, the report recommends to create corridors of biodiversity on Alpro’s farms in order to increase connectivity with surrounding natural habitats. And in terms of water, the report highlighted the already precarious water supply at some of Alpro’s farms. I had the opportunity to ask Brian Shaw of Metabolic, one of the co-authors of the report, a few questions.

Corporate sustainability

Is this the first inquiry into broader corporate sustainability (i.e. addressing more than climate change)? In what respects is it a step forward compared to its predecessors?
‘There is an urgent need to understand and measure the impacts of our production and supply chains relative to absolute planetary limits. This project is the first to use science-based targets to analyse the interactions between a business’s impact on the planetary boundaries of soil nutrients, biodiversity loss, water, and land use. These four areas were selected because of their relevance to agriculture and because two of them (biodiversity and soil nutrients) are among the most severely transgressed planetary boundaries.’

Vegetal biodiversity
Vegetal biodiversity. Photo: Rkitko/Abraham, Wikimedia Commons.

‘These boundaries are area specific. Different systems require different types of boundaries, especially in terms of spatial and temporal scale. For global systems, such as the climate, a planetary boundary is appropriate. For other boundaries, such as freshwater, land, nutrients and biodiversity, boundaries need to be defined at a level that is appropriate to the system in question…. Context specificity is one of the biggest challenges to bringing our production within planetary boundaries, but it also provides opportunities for optimisation in conservation and production.’

Natural boundaries

Do you take into account that boundaries are flexible and may shift because of technological change? 
‘Boundaries are based on the capacity of complex earth systems to absorb impacts, so where technology comes in is on the impact mitigation side, essentially giving us relative decoupling gains. These do not necessarily shift the system boundary itself, rather they change the impact on the system relative to our activities. We get more material throughput while maintaining the same position relative to the boundary. In the case of Alpro for example, climate-smart agricultural techniques and soil sensors could offer opportunities for increasing production while maintaining the associated impacts within a safe operating space. Technology can also be understood as more appropriate production systems, such as cover cropping, composting etc. Additionally, when dealing with complex systems, we must always be mindful of unexpected behaviours and outcomes, so we propose that boundary assessment be an ongoing process which takes into account changes over time.’

The report concludes that understanding trade-offs between boundaries is crucial. Performance in one area is bound to be linked to impacts on other boundaries. For example, Alpro’s organic farms performed better than its conventional farms on water efficiency, soil nutrient loss, and carbon emissions. However, the organic farms produced less yield per hectare of land used, so the report explored what trade-offs they could make to increase this. For instance: increasing irrigation, or alternative fertiliser use on organic farms, safe within the limits for water or soil nutrient impact. The authors hope that reports like this one help companies to ‘budget’ for other environmental impacts in the same detail as many already do for carbon emissions.

Interesting? Then also read:
Doughnut economics, or why economists should learn more about technology
Can we engineer life? Planetary boundaries
Wrong question: can we decouple environmental impact from GDP growth?

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