Resilience, Sufficiency, Responsibility: This Week's Regeneration Research Digest
What the latest research reveals about regenerative practices
This week’s research looks at how regeneration strategy changes when instability, limits, and local context are taken seriously. The articles move away from simple averages, generic models, and broad claims of positive impact. Instead, they emphasize variability, resilience, sufficiency, regeneration, and the need to design responses around the specific ecological and social systems in which they operate. Together, the pieces show that it requires confronting ecological limits, reducing demand where necessary, rebuilding local socio-ecological relationships, and recognizing that regenerative practice will look different across sectors, communities, and environmental contexts.
Read more below:
Beyond Averages: Conservation planning must account for ecological instability, variability, and exposure to extremes—not just average conditions.
Mountain Refugia: Mountain ecosystems can be both climate refuges and zones of acute vulnerability as warming reshapes species ranges.
Stronger Models: Sufficiency and regeneration offer complementary pathways for rethinking business purpose, value creation, and accountability within ecological limits.
Regenerative CSR: Nigerian companies show how regenerative responsibility depends on sectoral risks, stakeholder engagement, and local socio-ecological realities.
Beyond Averages
This article highlights why conservation planning must move beyond average environmental conditions in an era of climate instability. It explains that averages of temperature, precipitation, productivity, or species richness can obscure the environmental variability that species actually experience and must survive.
Using Canadian vegetation productivity data from 1981 to 2025, the study models not only mean environmental conditions but also residual variance, allowing researchers to distinguish predictable seasonal and long-term trends from ecological instability. This reframes conservation priorities around variability, resilience, and exposure to extremes, rather than simply identifying areas with high biodiversity or favorable average conditions.
The article suggests that future protected-area planning should account for where ecosystems are most unstable, where species richness overlaps with environmental variability, and where conservation strategies may need to prepare for more volatile ecological futures.
Read more: Biodiversity conservation in the era of environmental instability (Nature Reviews Biodiversity) [paywall]
Mountain Refugia
This review complicates the familiar story that mountain species are simply being pushed upward toward extinction by climate change. It shows that mountains are both sites of vulnerability and refugia: their steep environmental gradients, varied habitats, and microclimates can allow species to persist through warming, even as some are displaced, squeezed, or locally extirpated.
Drawing together evidence from Quaternary climate change and modern anthropogenic warming, the authors argue that mountain biodiversity has often been more resilient than standard forecasting models assume. Over longer timescales, many communities tracked temperature shifts with limited evidence of climate-driven extinctions. Yet the modern picture is more uneven: species’ elevational ranges are changing in variable ways, and mountaintop extirpations are already occurring.
The review highlights tropical mountain species, high-elevation species, and species with traits that increase climate exposure as especially vulnerable. It calls for a more nuanced understanding of mountain biodiversity that recognizes both the adaptive capacity of mountain systems and the accelerating risks posed by contemporary warming.
Read more: The fate of mountain biodiversity in a warming world (Nature Reviews Biodiversity) [paywall]
Stronger Models
This article examines how businesses can move beyond weak sustainability approaches, such as efficiency, circularity, or net-zero claims that often leave growth logics intact, toward stronger models that respect ecological limits and support systemic change. It focuses on two higher-potential approaches: sufficiency-oriented business models, which reduce production and consumption, and regenerative business models, which restore ecosystems and strengthen community well-being.
The authors argue that these two models are not alternatives but potentially complementary. Sufficiency models emphasize durability, repair, reuse, rental, reduced consumption, and limits to growth. Regenerative models emphasize biodiversity restoration, local systems, community resilience, ethical sourcing, true-cost pricing, and reinvestment into natural, social, and cultural value. The article’s modular framework shows how firms might recombine elements of both models—such as longevity, stakeholder collaboration, profit reinvestment, and value redistribution—while preserving a coherent underlying value logic.
At the same time, the article is careful not to romanticize these models. It identifies three systemic conditions that make strong sustainability difficult in practice: growth-dependent revenue logics, legitimacy erosion through weak metrics and greenwashing, and socio-ecological misalignment when scalable business designs fail to fit local ecological and community contexts. The article ultimately positions sufficiency and regeneration as a shared design space for rethinking business purpose, value creation, and accountability within planetary boundaries.
Read more: Towards Strong Sustainability: Exploring Reconfigurations of Sufficiency-Oriented and Regenerative Business Models (Business Strategy and the Environment)
Regenerative CSR
This article examines how Nigerian companies translate regenerative corporate social responsibility from an abstract sustainability ideal into sector-specific governance practice. Drawing on 19 interviews with managers and community stakeholders across energy, manufacturing, agribusiness, telecommunications, and services, Akahome shows that regenerative CSR is not a universal business model but a context-shaped process of stakeholder engagement, legitimacy repair, and socio-ecological value creation.
The article identifies three pathways. In energy and manufacturing, regeneration appears mainly as corrective governance, focused on environmental remediation, compliance, and repairing legitimacy after ecological harm. In agribusiness, it is more deeply embedded in operations, linking soil health, livelihoods, productivity, and community resilience. In telecommunications and services, regeneration works through social investment infrastructures, especially education, health access, and inclusion.
The study’s broader contribution is to show that regenerative CSR depends on sectoral exposure to ecological risk, regulatory pressure, and livelihood interdependence. Rather than treating regeneration as a generic corporate virtue, it reframes it as an uneven stakeholder capability that must be designed around local environmental burdens, community needs, and the governance realities of emerging economies.
Read more: Regenerative corporate social responsibility and stakeholder engagement practices in Nigerian companies: advancing planetary health and societal wellbeing (Corporate Governance)
The regenerative business practices and sustainability innovations highlighted in this week’s Regenerative Insights directly tackle the critical issues of corporate responsibility explored in my recent book explored in my recent book, The Profiteers: How Business Privatizes Profit and Socializes Cost.




The Nigerian CSR finding reminds us that regeneration is always place-based, always shaped by the specific relationships and ecological realities (living systems) a company is embedded in. For me that's not a limitation of regeneration.. it's definitional.
I would push a little on the 'Stronger Models' framing of modular recombination logic. Sufficiency and regeneration aren't design configurations firms can just bolt together while leaving growth-dependent revenue logic intact - that's the systemic condition the paper itself identifies as the binding constraint. You named it in a previous thread with Ken: the metabolic logic of growth overrides everything built on top of it. So the design challenge isn't stronger models.. it's different metabolism.