A CSU professor is using supply chain research to tackle illegal wildlife trafficking
A CSU professor is using supply chain research to tackle illegal wildlife
trafficking
Ellie Mulder Leonard, Biz Source
January 10, 2023
What if we could reduce illegal wildlife trafficking by disrupting the
illicit supply chain that enables protected wildlife species to be carried
across borders and into the hands of buyers?
A CSU College of Business professor, John Macdonald, is part of a unique
interdisciplinary team that’s examining illegal activity through the lens
of supply chains.
Macdonald, an associate professor in the Department of Management, spent
the first 15 years of his academic career studying how companies can
prevent and recover from supply chain disruptions. He was focused on the
kinds of disruptions that we saw during the height of the COVID-19
pandemic, from toilet paper shortages to furniture delays.
Until a few years ago, he had never considered using his research to
examine how to intentionally disrupt a supply chain – but that’s exactly
what he and his colleagues are doing.
“By analyzing the characteristics of illicit trade from a business and
logistics perspective, we’re aiming to stimulate the kind of research
needed to reduce illegal wildlife trafficking around the world,” Macdonald
said. “We believe that disrupting a supply chain could be a powerful
crime-fighting tool.”
Funded by an $809,666 grant from the National Science Foundation, Macdonald
and eight other researchers at various universities recently published
“Quantitative Investigation of Wildlife Trafficking Supply Chains: A
Review” in Omega, a journal of management science.
Macdonald and three other researchers also recently published a related
article, “Illicit Activity and Scarce Natural Resources in the Supply
Chain: A Literature Review, Framework, and Research Agenda” in the Journal
of Business Logistics.
‘A Pervasive and Global Problem’
Illegal wildlife trafficking is an extremely profitable crime, with an
estimated value between $5 to $35 billion per year, according to a citation
in the Omega article. The crime is driven by strong demand for wildlife and
wildlife products, which have a wide range of uses, including fashion, food
and traditional medicine.
It can be difficult to crack down on wildlife crime, in part because it
spans more than 150 countries and more than 37,000 species of animals and
plants. But the scale of the problem only makes it more important for
researchers to understand how supply chains are used for criminal activity.
Through their research, Macdonald and his colleagues are hoping to
encourage social and environmental sustainability in areas beset by illegal
wildlife trafficking.
“The illicit wildlife trade is a pervasive and global problem that has
far-reaching impacts on both society and the environment,” the Omega
article explains. “Aside from threatening numerous species around the world
and acting as a potential disease transmission vector for several zoonotic
diseases, including the COVID-19 pandemic, this complex system is often
linked with other illicit networks such as drugs, weapons and human
trafficking.”
Research into illegal supply chains is also becoming increasingly important
as countries begin to pass laws that deal with sustainability and supply
chains, Macdonald said. These new laws – and increased social awareness –
are pressuring companies around the world to better understand their
operations.
The Power of an Interdisciplinary Team
The National Science Foundation-funded research team is made up of several
logisticians — Macdonald included — as well as conservation criminologists
and computer science researchers.
The beauty of working with an integrated, interdisciplinary team is that
each researcher approaches the problem with a different perspective,
Macdonald said. Academics have been researching how to stop illegal
wildlife trafficking for decades – just not always through the lens of
logistics. But with this effort, researchers from different disciplines are
coming together to combine their ideas.
Take, for example, a conversation that Macdonald and two of his colleagues
from Michigan State University had about the pangolin, the most trafficked
animal in the world. Macdonald and Stanley Griffis, a logistician, were
talking with Meredith Gore, a conservation criminologist, about how to
potentially disrupt the supply chain for trafficking the scaly mammals.
“Stan and I were talking with Meredith, and Stan said, ‘Well, wait a
second, that’s fresh meat, right? Oh, well that needs to be kept fresh, and
that’s a cold chain problem,’” Macdonald said. “She said, ‘Wait, what’s
cold chain?’ Well, that’s just refrigerated supply chain, which we use all
the time.
“That got her brain going, and she said, ‘Well, if you’ve got to keep meat
fresh, where would there be small warehouses that would have electricity in
the Democratic Republic of Congo?’ It’s using the concepts that all of us
already know, but we just hadn’t put the terms together.”
‘The Building Blocks of Synthesis’
Because this type of interdisciplinary research into disrupting illegal
wildlife trafficking hasn’t been done extensively before – and because the
nature of illegal activity means there isn’t readily available data on the
subject – the researchers essentially had to start from the beginning,
building a foundation on which to do further study.
“These two efforts don’t represent quantitative analysis that allows you to
predict the next piece — these represent two building blocks of synthesis,”
Macdonald said. “We wanted to analyze what else was out there already by
other researchers in other disciplines so we could learn how to build on
it.”
Despite significant research and increasing awareness around the importance
of wildlife conservation and the dangers of illegal wildlife trafficking,
little is known about the supply chain structures and operations of these
illicit networks, the Omega article says. That makes this research an
essential step toward better understanding wildlife crime.
By analyzing the obstacles to eliminating illegal wildlife trafficking,
Macdonald and his colleagues have laid the groundwork for future
developments in how to detect and hopefully, drastically reduce it.
The NSF-funded team, whose grant funding began in 2019 and was extended
until October 2023 due to Covid-19, expect future publications from this
research.