“The nation that destroys its soil destroys itself.”
“The nation that destroys its soil destroys itself”
G7: Examining the evidence
Plymouth Perspectives
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“The nation that destroys its soil destroys itself.”
One potential solution to the loss and degradation of soil is the creation of soils from waste materials, where appropriate inert materials generated as waste are carefully mixed together to create a substrate with the characteristics of a healthy soil. Their uses include manufacture of topsoils for urban grasslands, and materials for high-value markets such as horticulture and agriculture.
An impressive example of infrastructure built using reconstructed soil is the Eden Project, which the G7 leaders may well visit during their stay in Cornwall. Here, almost 100,000 tonnes of reconstructed soil created on-site hosts a fabulous array of plants that flourish in a soil that is no more than 1 metre deep throughout. The soil was first deployed in 2001 and has provided us with an excellent laboratory to assess the potential of reconstructed soils and how they might be optimised for widespread use.
Reconstructed soils could reduce the pressure on valuable topsoils and support both sustainable development and food security.As the components of the soils can be varied, reconstructed soils could be developed to perform better than natural soils for their desired functions. A safe and high performance soil that could be deployed for food growth would be a precious resource in our efforts to achieve environmental sustainability.
Regulation and policy must keep pace with scientific progress and our latest international project on the feasibility of reconstructed soils made in England and France will investigate – and, where necessary, challenge – regulations that could be a barrier to the widespread application of this exciting environmental technology.
In declaring a climate emergency, the UK and other G7 countries have implicitly accepted that the trajectory of environmental degradation cannot continue. Human intervention to sustain and improve soil was an ancient practice in the Amazon Basin and reconstructed soils can unquestionably be part of the solution to soil health and climate mitigation.
Responding meaningfully to this current challenge requires new ways of thinking; embracing the opportunities created by technological advances, such as reconstructed soils, could be a crucial part of our collective response.To enquire about future collaborations, please contact Professor Mark Fitzsimons
Find out more about about the person behind the research – meet Professor Mark Fitzsimons
COP26: Examining the evidence for global action
The UN Climate Change Convention in 2021 – also known as COP26 – represented the largest coming together of world leaders to address climate change, and find real solutions. The race is truly on to slow climate change and protect our planet, improve global health and re-build post-pandemic economies through a green recovery.
For our part, it is more important than ever that researchers take a whole-systems approach in the search for solutions. We need to address local environmental priorities alongside national and international goals, if net-zero carbon and sustainable blue-green growth is to be achieved. Our researchers share how systems thinking through transdisciplinary research is key to providing evidence for global action ahead of COP26.