We use cookies that are necessary to make our site work as well as analytics cookie and third-party cookies to monitor our traffic and to personalise content and ads.
Please click “Cookies Settings” for details on how to withdraw your consent and how to block cookies. For more detailed information about the cookies we use and of who we work this see our cookies policy
Necessary cookies:
Necessary cookies help make a website usable by enabling basic functions like page navigation and access to secure areas of the website and cannot be switched off in our systems. You can set your browser to block or alert you about these cookies, but some parts of the site will then not work. The website cannot function properly without these cookies.
Statistic and marketing cookies:
Statistic cookies help website owners to understand how visitors interact with websites by collecting and reporting information
Marketing cookies are used to track visitors across websites. The intention is to display ads that are relevant and engaging for the individual user and thereby more valuable for publishers and third party advertisers. We work with third parties and make use of third party cookies to make advertising messaging more relevant to you both on and off this website.
Nature-based solutions remain a highly effective yet massively underused part of the climate-mitigation toolkit. They warrant careful consideration as nations prepare updated individual country commitments for cutting emissions and adapting to the physical risks of climate change at COP30 in 2025
Quadrupling annual investment in nature-based solutions is not only needed to deliver on global climate targets, but nature goals, too. At COP16, private-sector interest in business models focused on nature regeneration was clear
In listed and private markets, nature-based and regenerative solutions are sources of potential investment opportunity for investors. Focused on transforming value chains rather than offset markets, they are essential to the rise of a circular bioeconomy.
At COP30 in Belém, a gateway to the lower Amazon, nations will present updated individual country commitments for cutting greenhouse gas emissions by 2035. Nature-based solutions (NbS) are an immensely effective part of the mitigation toolkit, capable of achieving one-third of the reductions needed – yet they remain chronically underused.
NbS are key to the forestry, land use, and agriculture (FLAG) sectors, given the potential of related industries to reverse nature loss, reduce emissions and adapt to the physical risks of climate change. The strong private-sector presence at the COP16 biodiversity summit in Cali showed the clear interest of finance and business in regenerative models addressing the climate and nature crises.
This Q&A focuses on the potential for scaling up NbS and regenerative business models, making them accessible as investment opportunities, and how these models support the rise of a circular bioeconomy that places nature at the heart of the economy .
Q
What were the top three outcomes for investors from COP16?
A
While COP16 failed to advance negotiations as expected, the event was very well attended and saw some measurable progress, notably:
1. Record private-sector involvement. COP 16 welcomed over 1,300 representatives from businesses – more than any biodiversity convention to date. Attendees came from industry and the entire finance value chain, including insurance companies, asset managers, commercial banks, asset owners and pension funds. Participants called on governments to take bold action on biodiversity and to recognise the role of the private sector in the transition to a net-zero and nature-positive economy
2. Progress on nature-positive finance. The finance sector has been focusing on reducing incentives that are harmful to nature, as well as increasing nature-positive financing through mechanisms such as payment for ecosystem services, green bonds and biodiversity credits. Industry participants emphasised the need to integrate these instruments into companies' supply chains
Why does nature loss need to be seen as an investment issue, rather than only an ecological one?
A
Nature loss has significant economic implications. Currently, investments in NbS total just USD 200 billion annually, yet estimates suggest this needs to increase nearly fourfold by 2050 to deliver on nature and climate targets. Simultaneously, 8% of global GDP, or USD 7 trillion, is spent each year on activities that degrade nature, such as conventional agriculture and fossil-fuel extraction. The private sector accounts for 70% of these harmful investments but contributes less than 20% to investments in NbS.
NbS are the most cost-effective approach to addressing biodiversity loss and desertification. They can also contribute one-third of the emissions reductions needed by 2030 to limit global warming to below 2°C. Such solutions are most needed in the FLAG sectors, which are responsible for a significant portion of global greenhouse-gas emissions and environmental degradation. These sectors present opportunities to integrate NbS such as agroforestry and organic farming into the production of commodities like coffee, cotton and cacao.
Nature-based solutions can contribute over a third of the emissions reductions needed by 2030 to limit global warming to below 2°C.
Growing awareness of the need to close the nature investment gap offers the potential for a major revaluation of products and services that are unique to nature. This shift will be driven by greater demand from corporates and governments that need:
NbS for climate-change mitigation that verifiably delivers emissions reductions within value chains
NbS for climate-change adaptation that limits disruption to value chains and communities caused by escalating climate and nature crises, which can jeopardise commercial operations and lead to economic issues like food inflation
products and services that comply with potentially punitive climate and nature regulations.
The adoption of solutions addressing these needs will be enabled by new scientific knowledge and technologies for implementing nature-based solutions and measuring their economic and environmental outcomes.
What are some examples of ways that business models can regenerate nature, rather than simply feeding off it?
A
Over the last few decades, the concept of a circular economy has become more widely used to capture the need for value chains and economic systems that eliminate waste and pollution and enable reuse. More recently, this has evolved to the need for a ‘circular bioeconomy’, an economic paradigm that focuses on the restoration, protection and sustainable use of nature, as well as the application of scientific knowledge and technologies.
In a circular bioeconomy, NbS such as agroforestry and the use of organic inputs are central to value chains. As well as transforming the production of biological resources like food, cotton, and timber, NbS provide also vital ecosystem services such as carbon sequestration, pest control, and soil and water regulation.
Il existe différents produits d’investissement dans la nature, notamment le paiement des services écosystémiques, les compensations et les crédits. Cela dit, nous devons également trouver des produits innovants spécialement conçus pour transformer les chaînes de valeur des secteurs AFAUT.
NbS and advanced technologies can also reshape other sectors that currently rely on fossil fuels and non-renewable resources. For instance, the construction industry is increasingly adopting innovative engineered wood products that can replace steel and concrete while offering superior environmental performance. Meanwhile, in the pharmaceuticals sector, companies are using molecular-level technologies to develop new drugs. Examples include anti-inflammatory compounds sourced from marine sponges and antimicrobial agents from marine bacteria, as well as innovative cancer therapies derived from diverse marine organisms.
These examples illustrate how business models can be structured around nature, fostering sustainability and resilience while actively contributing to the health of our ecosystems. The key challenge is to translate the concept of a nature-positive economy into concrete actions that companies can implement and finance within their value chains.
There is a growing number of nature investment products such as payment for ecosystem services, green bonds, biodiversity offsets and credits. However, we also need to see innovative products specifically tailored to transform FLAG-sector value chains. These products should help achieve the scale needed in nature markets by attracting big corporations, which are the natural buyers of NbS.
Q
In listed and private markets, what are some examples of investment opportunities arising from the transition to a nature-positive economy?
A
At COP16, listed firms in the agriculture and energy sectors showcased various initiatives to deploy NbS. For example, food and beverage companies are scaling regenerative agriculture practices to accelerate their transition to being net-zero and nature-positive, while supporting the livelihoods of farmers and communities.
In private markets, as mentioned previously, various nature-positive financing instruments such as payment for ecosystem services, green bonds, and biodiversity credits already exist. A framework was launched at COP16 to guide the development of a high-integrity biodiversity credit market that encourages the use of such instruments to make evidence-based contributions to nature goals, provide local compensation for biodiversity impacts under strict criteria, and facilitate proactive investment within buyers' supply chains, rather than through offsetting.
While there is considerable enthusiasm surrounding this new incentive and financing tool, especially one that is data-driven, it’s essential to approach its implementation with caution. As highlighted by the Circular Bioeconomy Alliance, industries must primarily invest in and work symbiotically with nature to transform and rethink their value chains. In this context, the circular bioeconomy calls for prioritising not only in solutions across sectors responsible for significant global greenhouse gas emissions and environmental degradation but also the financing for instruments that can be directly integrated into agriculture and forestry supply chains, which the World Economic Forum recently mapped at over USD 21 billion.
The circular bioeconomy prioritises investment in sectors responsible for a significant proportion of global greenhouse gas emissions and environmental degradation.
Q
How do regulatory frameworks impact the ability to scale nature-based investments, and how can governments and the private sector collaborate better?
A
Regulatory frameworks play a crucial role in driving demand for nature-positive products and services. As mentioned previously, corporations need to deliver verifiable climate mitigation in their value chains in readiness to comply with punitive regulations; examples include the European Union’s Deforestation Regulation, Corporate Sustainability Reporting Directive and Corporate Sustainability Due Diligence Directive.
Businesses and investors at COP16 emphasised the need for countries to submit or update their National Biodiversity Strategies and Action Plans, which have only been presented by 44 countries so far. Clear targets and a monitoring framework are needed, both to assess the implementation of the Global Biodiversity Framework targets at the country level and to align private efforts with these goals.
subscribe to LOIM investment insights and strategy reports
This document is a Corporate Communication for Professional Investors only and is not a marketing communication related to a fund, an investment product or investment services in your country. This document is not intended to provide investment, tax, accounting, professional or legal advice.