Ancient African Ingenuity: What 11,000 Years of Climate Adaptation Can Teach Us Today

Silhouetted trees and forest under a golden African sunset sky.
A glowing sunset over the African landscape—reminding us of the continent’s long history of resilience and adaptation.

We often talk about climate change like it’s a new threat. But humanity has been navigating climate shifts for thousands of years. One of the most inspiring stories comes from ancient Africa. Long before modern tools or technology, communities across the continent developed smart, adaptable ways to survive—and even thrive—as their environments changed.

What they figured out could still help us today.

What Was the Holocene?

The Holocene is the name scientists give to the current period of Earth’s history. It began around 11,000 years ago, just after the last Ice Age. During this time, the world’s climate became warmer and wetter—and then later, drier in many places. These shifts had a huge impact on rivers, grasslands, forests, and deserts. And that, in turn, shaped how people could live and find food.

In Africa, the Holocene included a time called the African Humid Period (around 14,700–5,500 years ago). During this period, parts of the Sahara were green and full of lakes. But when the rains stopped, the region slowly turned into the desert we know today.

Smart Survival: Different Ways to Live

Faced with changing weather and landscapes, ancient African communities didn’t stick to just one way of living. Instead, they used a mix of four main strategies:

  • Herding animals (pastoralism): Raising animals like cattle, goats, and sheep for milk, meat, and other products.

  • Growing crops (cultivation): Planting and harvesting food like grains, fruits, and vegetables.

  • Fishing: Catching fish and using water-based resources near rivers, lakes, or the ocean.

  • Foraging (hunting and gathering): Collecting wild plants and hunting animals for food.

Instead of depending on just one of these, many people blended them. That’s what made their way of life so strong.

What the Bones Tell Us

So how do we know all this?

Scientists looked at ancient human and animal bones from all over Africa and studied tiny chemical clues inside them, called isotopes. These isotopes—especially of carbon (C) and nitrogen (N)—help tell us what people were eating. For example:

  • If someone ate mostly plants that grow in dry, sunny places (like millet), their bones have a different carbon signature than someone who ate forest-grown foods (like wheat or fruits).

  • Higher nitrogen levels often meant people were eating more animal products or fish.

This method, called isotopic analysis, allowed researchers to map out who was eating what, where, and when.

Why Herding Was So Powerful

One of the most flexible strategies turned out to be herding animals. Herding was like a moving pantry—people could take their animals to where the grass and water were, even during dry spells. That mobility gave them a huge advantage when the climate got less predictable.

In fact, scientists found that herding-based ways of life were the most widespread, showing up at over 60% of the archaeological sites studied. This helped communities survive in deserts, mountains, savannas, and everywhere in between.

Key benefits of herding:

  • Could move with the seasons and rainfall

  • Didn’t rely on planting or harvesting schedules

  • Provided milk, meat, and even materials like dung for fuel

Mixing Strategies

But what made these ancient strategies so effective wasn’t just herding or farming on their own—it was how people mixed and matched them.

Some communities combined herding with fishing, or farming with foraging. These “mixed livelihood strategies” gave them more options, more stability, and more resilience when things changed unexpectedly—like a drought, or a failed crop.

For example:

  • People in southern Africa fished in coastal areas while also hunting and gathering wild foods.

  • In East Africa, communities used both crops and animals, creating a safety net of food sources.

  • In northern Africa, herding and farming coexisted in regions with limited rainfall.

This variety helped them bounce back from environmental shocks—and it’s something we can learn from today.

What This Means Today

Today, climate change is hitting some communities harder than others—especially in parts of Africa. But the story of the past offers hope. These ancient strategies show that flexibility and diversity can be powerful tools for survival.

Modern farming often focuses on a single crop. But as the climate becomes more unpredictable, we may need to return to more blended, locally tailored approaches.

Lessons we can apply today:

  • Encourage farming that includes both plants and animals.

  • Support local fishing and foraging knowledge where it still exists.

  • Design policies that allow communities to adapt rather than stick to one-size-fits-all solutions.

By looking back, we see that people have always been capable of adapting with intelligence and creativity. The question is whether we’ll choose to do the same—especially now, with even more at stake.


Sources: Phelps, L. N., Davis, D. S., Chen, J. C., Monroe, S., Mangut, C., Lehmann, C. E. R., & Douglass, K. (2025). Africa-wide diversification of livelihood strategies: Isotopic insights into Holocene human adaptations to climate change. One Earth, 8(6), 101304. https://linkinghub.elsevier.com/retrieve/pii/S2590332225001307

How Climate Change Is Affecting Your Favorite Healthy Food Choices

Close-up of red apples in a basket.
Close-up of red apples in a basket. The apples Have natural variations in color and texture, showcasing a mix of reddish hues and green patches. Some of the apples have visible blemishes, reflecting their organic and unprocessed state. The lighting is soft and warm, highlighting the rustic and fresh appeal of the apples. Photo by Priscilla Du Preez 🇨🇦 on Unsplash.

Did you know that the apples you enjoy might soon face serious challenges because of rising temperatures?

Apples, one of the most beloved and healthiest snacks, are under threat. As climate change reshapes weather patterns, it’s also impacting how—and where—our food grows. These changes affect not just apples but many of the healthy foods we rely on every day. Understanding this issue is crucial for anyone who cares about their health and the environment. Let’s dive into how climate change is affecting your food.

The Science Behind the Problem

How Climate Change Impacts Agriculture

Climate change is causing shifts in temperatures, rainfall, and weather patterns worldwide. For agriculture, this means disrupted growing cycles, extreme heat, and unpredictable frosts—all of which create challenges for crops. Perennial crops like apples are particularly vulnerable because their growth depends on consistent weather conditions year-round.

Apples as a Case Study

Apples provide a clear example of how climate change affects food production. Scientists have identified six key climate factors that influence apple growth, including:

  • Extreme Heat Days: Days when temperatures exceed 93°F can cause sunburn on apple skins, reducing their quality.

  • Warm Nights: Nighttime temperatures above 59°F can prevent apples from developing their rich red color, making them less appealing to consumers.

  • Reduced Chill Portions: Apples need cold periods during winter to rest and prepare for spring growth. Warmer winters mean fewer of these essential chill hours.

  • Earlier Frost-Free Days: While this might sound good, it can disrupt the natural bloom cycle, increasing the risk of frost damage later.

Yakima County in Washington, one of the leading apple-producing regions in the U.S., has seen harmful trends in five of these six metrics. These changes reduce apple yield, size, color, and taste—qualities that make apples a staple in healthy diets.

Why It Matters to You

Health Implications

Changes in food production can directly impact your diet. When apples face extreme heat or warm nights, they may lose their flavor and nutritional value. Reduced availability of high-quality apples could make healthy eating more expensive or harder to achieve.

Environmental Concerns

When crops like apples struggle, farmers must use more resources to maintain production. This includes water for cooling trees during heatwaves or energy to run protective equipment. These added measures can increase the carbon footprint of growing food, contributing further to climate change—a cycle that’s tough to break.

Actions Being Taken

Adaptation by Farmers

Farmers are already finding ways to adapt. Here are some strategies being used:

  • Netting: Covers are placed over apple orchards to protect fruit from sunburn.

  • Evaporative Cooling: Spraying water on trees helps lower their temperature during heatwaves.

  • Crop Diversification: Planting heat-resistant apple varieties or other crops reduces risk.

Scientific Research and Innovation

Researchers are also stepping in. A $6.75 million USDA-funded project is helping farmers mitigate extreme climate events. This initiative includes studying how to adapt apples and pears to new growing conditions across the U.S., starting with Washington State. Scientists are working to find long-term solutions that keep crops productive despite challenging conditions.

How You Can Help

  • Support Sustainable Practices: When you buy apples and other produce, look for labels that indicate sustainable farming practices. Supporting local farmers who prioritize environmentally friendly methods can make a big difference.

  • Reduce Food Waste: Every piece of wasted food represents water, energy, and labor lost. By planning meals carefully and storing apples properly, you can reduce waste and lessen the strain on farmers already coping with climate challenges.

  • Advocate for Change: You don’t have to be a farmer to make a difference. Get involved in climate-friendly initiatives or share this information with others. Raising awareness about how climate change affects food can inspire collective action and support for sustainable practices.

Summing Up

Climate change is reshaping how and where our food is grown, with apples as just one example of a crop under threat. The impacts go beyond the farm, influencing your health, your wallet, and the environment. But there’s hope—farmers, scientists, and consumers can work together to protect our environment and food supply.


Source: Preston, S., Rajagopalan, K., Yourek, M., Kalcsits, L., & Singh, D. (2024). Changing climate risks for high-value tree fruit production across the United States. Environmental Research Letters, 19(12), 124092.

Strategies for Climate Financing in Addressing Global Crises

cupped hands with soil and small leaves
Sustainability by Noah Buscher on Unsplash

Maximizing the Impact

Climate financing is a critical tool in the global fight against climate change and its associated crises. The recent review in PLOS Climate entitled Using climate financing wisely to address multiple crises by Peter Läderach, et al. provides an in-depth look at how climate financing can be wisely utilized to address climate change alongside a multitude of other crises, including food security, poverty, and displacement.

The Role of Climate Financing

Climate financing involves funds dedicated to supporting mitigation and adaptation activities that address climate change. Examples include the Green Climate Fund and Adaptation Fund, which aim to assist developing countries in their efforts to combat climate change effects.

Despite its potential, climate financing faces challenges, including limited resources and inequities in the distribution of funds. The review calls for more equitable and accessible financing solutions to ensure that vulnerable communities can benefit from these funds.

Addressing Multiple Crises Concurrently

The review highlights how climate financing can address various crises. Läderach et al. suggest strategies for the effective use of climate financing, emphasizing the need for alignment with sustainable development goals. This includes integrating climate considerations into national development plans and international policy frameworks.

They present case studies where climate financing has successfully contributed to both environmental and social objectives. Climate financing can contribute to resolving issues related to poverty, food security, and displacement, showcasing its versatility beyond environmental impact. It can offer benefits beyond climate action, such as enhancing social protection systems, fostering peace, and promoting inclusive development, thus addressing the root causes of various global crises.

Recommendations for Policy and Practice

Läderach et al. offer recommendations for policymakers and practitioners, including the need for strategic planning, targeting of interventions, and the establishment of institutional arrangements and partnerships that foster collaboration and alignment of goals.

The review concludes with a look at the future of climate financing, highlighting the potential for innovation and the need for continued commitment to leveraging these funds effectively to meet global challenges.

Final Thoughts

The review by Peter Läderach et al. emphasizes the critical role of climate financing in addressing not only climate change but also a range of global crises. By wisely utilizing these funds and aligning them with broader development objectives, there is a significant opportunity to create sustainable, positive outcomes for the planet and its inhabitants.