InVEST software
π Planet
Are biodiversity concerns compatible with business models?

Balancing business and biodiversity: a step in the right direction?

with James Bowers, Chief editor at Polytechnique Insights
On April 12th, 2021 |
4min reading time
Lisa Mandle
Lisa Mandle
Lead Scientist with the Natural Capital Project at Stanford University
Key takeaways
  • InVEST, developed by the Natural Capital Project, is an open source software suite used by large groups (such as Unilever or Dow Chemical) wishing to reduce their impact on biodiversity.
  • The aim is to map and quantify the services provided by nature (carbon capture, flood protection, etc.) referred to as “ecosystem services”.
  • InVest thus helps companies to find the best solutions to their problems by taking into account both economic and environmental criteria.

“So much of the value provided to us by nature is taken for gran­ted,” explains Lisa Mandle, lead sci­ent­ist for the Nat­ur­al Cap­it­al Pro­ject at Stan­ford Uni­ver­sity. “Our mis­sion is to provide inform­a­tion on where and how nature mat­ters to people – and the economy.” 

The Nat­ur­al Cap­it­al Pro­ject is an inter­dis­cip­lin­ary organ­isa­tion that has been work­ing on the ques­tion of eco­sys­tem ser­vices – or ‘nature’s con­tri­bu­tions to people’ – for 15 years. Using InVEST, a soft­ware they have developed, the team say that they use the best avail­able sci­ence to help decision-mak­ing. “And the busi­ness side is a piece of that,” she explains.

InVEST is an open-source soft­ware suite; a tool for explor­ing dif­fer­ent scen­ari­os of land and ocean use and man­age­ment. “We wanted to make a tool that was easy to use in a vari­ety of con­texts,” Lisa Mandle states. InVEST provides a suite of mod­els to com­pare eco­sys­tem ser­vices in dif­fer­ent instances. It enables users to map and quanti­fy ser­vices such as car­bon sequest­ra­tion, flood pro­tec­tion and water qual­ity, based on com­monly avail­able data like topo­graph­ic maps.

Glob­al impacts on ecosystems

“To date, we have found over 400 peer-reviewed (and oth­er) pub­lic­a­tions using InVEST. Of them, 82% are authored by people who are not part of the Nat­ur­al Cap­it­al Pro­ject, which is a good sign that our soft­ware is being widely used.” Accord­ing to the Nat­ur­al Cap­it­al Pro­ject, InVEST can be applied any­where in the world, and can be espe­cially valu­able in con­texts with low access to data. And, as such, the team recently ran mod­els on a glob­al scale for the first time. Their res­ults, pub­lished in the journ­al Sci­ence1, indic­ate regions of the world where invest­ment in nat­ur­al resources would have the biggest impact on loc­al com­munit­ies, includ­ing the Ganges Basin, East­ern China and regions of sub-Saha­ran Africa. 

“Our approach and tools are a way of show­ing what’s at stake by bring­ing the value of nature into decision-mak­ing and increas­ing trans­par­ency of the con­sequences of choices made by gov­ern­ments and busi­nesses on people.” 

Work­ing with big companies

“In addi­tion to gov­ern­ments, NGOs, and research insti­tu­tions, we have worked with a num­ber of dif­fer­ent com­pan­ies in the private sec­tor,” she explains. One of those is the multi-nation­al, Uni­lever, which has made some very ambi­tious com­mit­ments to redu­cing the impacts of their oper­a­tions on the envir­on­ment. They are look­ing at the impacts of sourcing products from dif­fer­ent places2.

There are many ways busi­nesses can make use of the Nat­ur­al Cap­it­al Project’s sci­ence and tools. “Some com­pan­ies like Uni­lever have people who have been run­ning our mod­els by them­selves,” she out­lines. In oth­er cases, inform­a­tion is taken up by the busi­ness via con­sult­ants and research­ers. “Even though we didn’t work dir­ectly with them, insur­ance com­pany Swiss Re recently pub­lished a report3 based on our mod­el­ling, too.”

In 2015, the Nat­ur­al Cap­it­al Pro­ject pub­lished a study describ­ing a col­lab­or­a­tion with Dow chem­ic­al4. The ana­lys­is was a case study using one of their facil­it­ies in the Gulf of Texas, which is sus­cept­ible to flood­ing from coastal storms. They wanted to know wheth­er they should invest in a sea wall to pro­tect it. In this instance, they were faced with the options of (1) build­ing an arti­fi­cial sea wall or (2) restor­ing marsh­lands as a nat­ur­al pro­tec­tion barrier. 

Based on the ana­lyses, it was found that an arti­fi­cial sea wall would provide a value of $217 mil­lion to the com­pany, sig­ni­fic­antly high­er than nat­ur­al pro­tec­tions. How­ever, upon using InVEST to mod­el dif­fer­ent scen­ari­os, the bal­ance shif­ted. They pro­posed anoth­er solu­tion: a mod­er­ate sea wall com­bined with some res­tor­a­tion efforts. In that con­fig­ur­a­tion they saw added cost­al pro­tec­tion from nat­ur­al sys­tems, bene­fits to loc­als in terms of recre­ation­al activ­it­ies and car­bon sequest­ra­tion – all of which are con­sidered as eco­sys­tem ser­vices – provid­ing a ‘hybrid’ out­come that was worth $229 mil­lion to the company. 

Moreover, there were added advant­ages for biod­iversity, sup­port­ing fish­er­ies and wild­life. Thus, provid­ing an argu­ment for a par­tial res­tor­a­tion of the land, offer­ing a ‘grey-green’ approach as a com­prom­ise that was both eco­nom­ic­ally and envir­on­ment­ally favourable. 

Con­trib­ut­ing to wider projects

In some cases, the Nat­ur­al Cap­it­al Pro­ject is involved in more com­plex, multi-industry col­lab­or­a­tions. One of their pro­jects in Mon­go­lia, led by Nat­ur­al Cap­it­al Pro­ject lead sci­ent­ist Becky Chap­lin-Kramer, involves the pro­duc­tion of cashmere for lux­ury fash­ion house, Ker­ing5.

Dur­ing a peri­od of less than 10 years, the demand for cashmere had quad­rupled, res­ult­ing in a drastic increase in goat farm­ing in the Gobi Desert. Over-graz­ing drove a huge drop in veget­a­tion, with neg­at­ive impacts on the envir­on­ment includ­ing dust from the desert being easi­er to whip into clouds that reached as far away as California.

The team were involved in find­ing a solu­tion. To do so, they helped a loc­al mine by offer­ing them a solu­tion for biod­iversity off­set­ting in the region to restore the veget­a­tion. For that, the Nat­ur­al Cap­it­al Pro­ject have been using their eco­sys­tem mod­el­ling ser­vices in the form of InVEST, com­bined with NASA satel­lite imagery to mon­it­or the res­tor­a­tion project. 

As such, the team are see­ing ways to inter­act with busi­nesses to make plans, help decision-mak­ing and mon­it­or the out­comes. Nev­er­the­less, work­ing with indus­tries in this way requires sub­stan­tial research efforts and time. “We get more requests than we can handle,” says Lisa Mandle. “There is a lot of demand for this kind of inform­a­tion and the chal­lenge has been provid­ing solu­tions quickly and com­pre­hens­ively enough for the people who want to use it. It’s great to see these ideas really tak­ing hold around the world.”

1https://​sci​ence​.sci​encemag​.org/​c​o​n​t​e​n​t​/​3​6​6​/​6​4​6​2/255
2https://​www​.nature​.com/​a​r​t​i​c​l​e​s​/​n​c​o​m​m​s​15065
3https://​www​.swis​sre​.com/​i​n​s​t​i​t​u​t​e​/​r​e​s​e​a​r​c​h​/​t​o​p​i​c​s​-​a​n​d​-​r​i​s​k​-​d​i​a​l​o​g​u​e​s​/​c​l​i​m​a​t​e​-​a​n​d​-​n​a​t​u​r​a​l​-​c​a​t​a​s​t​r​o​p​h​e​-​r​i​s​k​/​e​x​p​e​r​t​i​s​e​-​p​u​b​l​i​c​a​t​i​o​n​-​b​i​o​d​i​v​e​r​s​i​t​y​-​a​n​d​-​e​c​o​s​y​s​t​e​m​s​-​s​e​r​v​i​c​e​s​.html
4https://​pubmed​.ncbi​.nlm​.nih​.gov/​2​6​1​2​3999/
5https://​nat​ur​al​cap​it​al​co​ali​tion​.org/​t​h​i​s​-​i​s​-​n​a​t​u​r​a​l​-​c​a​p​i​t​a​l​-​2​0​1​8​-​n​a​t​u​r​a​l​-​c​a​p​i​t​a​l​-​p​r​o​j​e​c​t​-​c​r​o​s​s​-​s​e​c​t​o​r​-​c​o​l​l​a​b​o​r​a​tion/

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