Green Harbors Project

at the University of Massachusetts Boston

About the Green Harbors

The Green Harbors For Coastal Systems Stewardship and Resilience

Mission: To enhance the coastal ecosystem stewardship through biomimicry research, education, and outreach projects
Goal: To establish a “green urban harbor," a harbor that lives within its ecological and human limits
Where: Here, in our local communities that we call home
When: Every day!
Why: To promote ecosystem health, adaptation, resiliency, and sustainability

Graphic composition thanks to Lisa Link. Satellite and dead fish images courtesy Google Earth.

What does an urban harbor need to be whole, healthy, and resilient? The GHP’s premise is that “the environment sets the limits for sustainable development and coastal stewardship. We can adapt with nature and flourish environmentally, economically and culturally.” We invite you to join us on this site, outreach programs and in both local and global community of promoting green harbors.

One question to ask is: ‘what would nature do in an urban harbor?’ Humans have had a substantial impact on coastal ecosystems, leading to the evolution of ecosystem limitations. For example, indigenous communities generally adapt their lifestyles based on local resources – such as fish, shellfish and available crops. So in order to answer the question, there first has to be an underlying understanding of the resilience and history of an urban harbor.

As it may be expected, industrialized harbors are not as healthy as natural harbors. Depleted health can be viewed through over-fishing, loss of shellfishing and habitat destruction – such as in oyster reefs, salt marsh beds and eel grass beds (which are three keystone coastal habitats). These depleted habitats and resources, coupled with anthropogenic (human) inputs have led to a need and development of technologies. Although the technology surrounding wastewater treatment has improved, coastal waters are still in poor conditions and many urban harbors have been given a ‘dead fish sign' showing areas of recurring anoxia/hypoxia. These are areas where high nutrient and storm runoffs have led to a lack of dissolved oxygen that in turn endangers fish and other marine life, creating dead zones.

However, we hold hope for change that research in biomimicrylearning from and mimicking the biological wisdom of species and ecosystems – can be combined with traditional practices to restore and sustain whole systems (i.e. watersheds and coasts) and with them the human populations they support.

There are no clear-cut recipes for a green harbor. All harbors and their surrounding coasts and peoples are unique, with their own mangroves or salt marshes embracing the coastline, their own resident and migrating birds, their own festivals celebrating quahogs or oysters, their specific geological histories coloring their sands, and so much more. But the GHP approaches and methods, with the Biomimicry LivingLabs described in these pages, can be adapted to any set of local conditions. GHP and LivingLabs supports both the needs of the people and ecosystem so that they can be better integrated with one another. This would then lead to long-term sustainable relationship within the carrying capacity of coastal systems. After all, the goal of sustainable growth and development is to not only support the needs of the present, but also the needs of future generations of all species, not just humans. And as a result, we can replace the dead fish signs with live ones!