Balancing Progress & Preservation: How Sustainability Impacts Wildlife

Sustainability is often perceived as a modern concept closely associated with contemporary “green” practices. In practice, sustainability means maintaining and supporting long-term systems over time. At first thought, this definition can seem at odds with traditional ideas of progress and development. However, when viewed through the lens of wildlife, habitats, and ecosystems, sustainability takes on a deeper meaning: preservation. It reflects the balance between human activity and the natural systems that must endure to support future generations.

Key Moments in the Evolution of Sustainability & Wildlife Protection

Early sustainability practices can be traced to the 18th century, when German forestry services introduced managed harvesting methods. These practices emphasized extracting only what forests could naturally regenerate, helping preserve forest ecosystems and the wildlife habitats they support.

Later in history, the American Industrial Revolution marked a critical turning point for sustainability and wildlife. During the late 1800s and early 1900s, rapid growth in steel production, electricity, railroads, and urban development dramatically increased demand for lumber, farmland, and large-scale factories. As forests were cleared and agricultural lands expanded, wildlife was displaced from its natural habitats. Pollution from industrial activity increased significantly, degrading air, water, and soil quality. Many scientists consider this period a tipping point, as widespread habitat loss and resource depletion began to cause measurable declines in wildlife populations.

Environmental awareness gained traction in the mid-20th century, largely influenced by Rachel Carson’s work highlighting the connection between human activity and the natural world. Growing awareness led to the first Earth Day on April 22, 1970, which brought global attention to resource depletion, habitat loss, and declining wildlife populations. These efforts helped drive meaningful changes, including habitat restoration initiatives and legislation such as the Endangered Species Act of 1973.

As global development continued, new technologies, materials, and products further reshaped society. This evolution led to international environmental action, including the Kyoto Protocol, adopted in 1997. The treaty committed industrialized nations to reducing greenhouse gas emissions, with focused efforts to combat climate.

Since the Kyoto Protocol came into effect in 2005, sustainability efforts have faced increased pressure. Rapid population growth and rising consumption continue to accelerate deforestation, pollution, and climate change. These combined pressures place significant stress on ecosystems, intensifying habitat loss and pushing many wildlife species closer to extinction.

Convenience, Consumption & Wildlife Impacts

Today’s world is shaped by convenience. Plastics and packaging have transformed how food and consumer products are designed, marketed, and transported. These materials were developed to make daily life easier, extend shelf life, improve food safety, and increase efficiency. However, their rapid adoption has had unintended consequences.

Plastics, in particular, have contributed to a dramatic increase in litter and waste, first observed most visibly in marine environments. Vast debris patches formed in oceans, wildlife became entangled in discarded materials, and sea turtles and other marine species began consuming plastics, often mistaking them for jellyfish. The environmental impacts of these materials were rarely considered during early production; instead, their impacts emerged downstream, as ecosystems absorbed the cost of human convenience.

Scientific research later revealed the widespread presence of microplastics and chemicals such as PFAS not only in oceans but also in rivers, streams, soils, and food webs. These microscopic pollutants now move throughout natural systems, affecting wildlife health and ecological function.

In response, the growing recognition of these impacts has helped shape modern sustainability. Governments and agencies are introducing policies that promote a circular economy, prioritizing reuse and waste reduction over the historical linear approach. These efforts reflect an evolving understanding that protecting wildlife and ecosystems is essential to long-term sustainability.

Despite progress, the path forward remains challenging. According to the World Wildlife Fund’s Living Planet Report 2024, average population sizes of monitored wildlife species have declined by 73% since 1970. While focused sustainability initiatives have helped raise awareness and support important conservation successes, wildlife continues to face systemic pressures driven by human expansion, resource consumption, and environmental degradation.

Human Choices That Shape Wildlife’s Future

The future of wildlife is influenced by human decision-making, and with continued development, must come sustainability. This understanding has led to growing efforts to adopt more sustainable practices. While some of these efforts are driven by regulations, which can feel overwhelming for businesses and consumers alike, many are designed to protect and maintain the environment and ecosystems that wildlife depends on for survival.

Everyday choices also matter. Selecting alternative materials such as glass and paper and supporting recycling systems helps reduce waste, conserve natural resources, and limit the spread of microplastics through food webs. Recycling reduces the need for new material extraction, minimizing habitat disruption caused by mining, logging, and manufacturing.

Simple product decisions can further reduce environmental harm. For example, choosing stainless steel cookware over nonstick options can limit the release of PFAS into waterways, where these chemicals accumulate in ecosystems and affect wildlife health. Beyond individual choices, businesses and organizations influence environmental outcomes through procurement, supply chains, facility operations, and event planning. Corporate sustainability strategies and waste reduction programs can meaningfully support habitat protection and ecosystem health. APTIM’s Sustainable Sport Index helps sports leagues and venues measure and improve environmental performance, demonstrating how structured sustainability frameworks drive measurable benefits for wildlife, ecosystems, and communities. Together, informed actions at both the individual and organizational level support healthier environments for wildlife and people.

Partnering for a Sustainable Future

At APTIM, sustainability is grounded in collaboration, insight, and practical implementation. This approach recognizes that effective sustainability solutions must align with an organization’s specific operational needs and environmental priorities.

The Seattle Woodland Park Zoo exemplifies this approach by advancing sustainability initiatives and evaluating waste generation at its events. To support these efforts, Woodland Park Zoo engaged APTIM to conduct waste assessments for key events. Working alongside zoo volunteers, APTIM’s sustainability experts analyzed trash, recycling, and compost streams to identify opportunities to reduce waste and contamination while supporting the zoo’s zero waste goals.

This collaboration reflects APTIM’s broader work helping organizations understand their environmental impacts, strengthen material management systems, and support long-term ecosystem protection.

Learn more about APTIM’s sustainability consulting services.

Published February 2026