Every facility depends on natural resources that existed long before it arrived and are critical to the people who call the area home. That's why the outermost circle of impact around a campus- the watershed and community- is called dependence. It's also the circle where an owner has the least control, which means it can carry the greatest risk. Inside it are the two circles an owner shapes more directly: the facility footprint it controls and the open land and buffers it influences. Together, they make up the three circles of impact around every campus. This outer circle comes down to three things: water stewardship at watershed scale, flood resilience and groundwater recharge, and the relationships a project builds with the communities where it operates.
A watershed is an area of land that drains all its water bodies and rainfall to a common outlet. That outlet can be anything from a reservoir to the mouth of a bay, or any point along a stream.
The simplest way to picture it: imagine a raindrop falling from the sky. Whether it lands on the ground, on a leaf, or on the built environment, it drains somewhere. Wherever all the raindrops in an area drain to a single point, that's a watershed.
Richland Parish, Louisiana: parish boundary shown against the surrounding stream and river drainage network.
It's important to think in those terms, because it's how regulators think. The U.S. Army Corps of Engineers and state water quality agencies treat the watershed as the unit for both land and aquatic resources. If a project anticipates impacts on wetlands or streams in a watershed, it should also plan to offset those impacts within the same watershed.
Knowing the watershed early shows what opportunities exist, what they cost, and how long approval will take. It's equally important to understand the challenges the watershed and its community already face. Is flooding the issue, or a lack of water? Are there water quality or drinking water concerns? These are questions worth the time and energy to answer on the front end.
Restoration at watershed and floodplain scale can have a real, positive impact on the community where a facility is being developed.
Replenishment. Native planting, earthwork, and construction can return measurable volumes of water to basins experiencing drought or water stress.
Groundwater recharge. Restoring permeable landscapes allows water to infiltrate rather than run off the ground surface or the built environment, which matters in aquifer-dependent areas.
Flood resilience. Wetlands and water bodies that are restored or reconnected within the floodplain retain storm flows more effectively during intermittent events, protecting downstream operations, including the facility itself and the surrounding communities.
These benefits can be quantified and used to support water stewardship goals and sustainability reporting. The standard method is Volumetric Water Benefit Accounting (VWBA), a science-based assessment of how many gallons of water a project returns to the ecosystem, typically on an annual basis. The results are called Volumetric Water Benefits (VWBs). VWBA was developed by the World Resources Institute with LimnoTech, Quantis, and Valuing Nature, and many of the organizations behind it still serve as third-party validators.
Just like every other part of a project, if you don't plan for water, you'll pay for it. Water scarcity and stress are growing concerns, and they bring more intense regulatory scrutiny and local pushback. Owners need to know how much water a facility will use or affect, and what they'll do to help mitigate that consumption, whether they're required to or not.
One industrial district in the Midwest had to build a 35-mile pipeline to supply up to 25 million gallons of new water per day, because local capacity couldn't cover its needs. When a shortfall of that scale isn't identified on the front end, it becomes a budget and schedule risk that spans the company and the community.
On the other end of the spectrum is a project in which water was considered up front. A large technology company developing a site in Louisiana responded to its projected water use with a watershed-scale, nature-based solution: restoring 318 acres of pasture to forested wetland in the same watershed. The project is projected to replenish more than 450 million gallons of water per year, making the facility net water-positive in that area. Because it was verified by a third party, it also helped the company gain local approval. It's a real, tangible project people can see, not just a pledge.
Many companies and project teams don't invest time in building relationships with the community and regional stakeholders until there's tension. That work needs to start well before then.
Development can face opposition over land loss and environmental concerns, whether those concerns are founded. Community partners want a say in what happens to their communities, and rightfully so. Start the conversations, hold the public meetings, and begin outreach early and often. Listening to what the community says is important. There are usually ways to meet their needs while still building the project.
This matters for permitting too. The Clean Water Act Section 404 stream and wetland permitting process can become a hook for community groups to push back on a project and slow the schedule. A forward-thinking approach that openly incorporates ecological solutions into design can head off much of that opposition and build trust with both the community and regulators.
What consistently works is visible, hands-on community investment.
Put employees on site. Corporate days of service, such as invasive species removal and planting events, let the community see a tangible investment in their home.
Connect the partners and bring the funding. Connect corporate sponsors with nonprofits already working in the community. Other corporations have dollars earmarked for these initiatives too, and connecting those dots benefits everyone.
Bring in schools. Partnering with local universities and colleges on work and research shows investment in the community's students, and signals a commitment meant to last for years.
The ecological assets a team plans for its site and the surrounding open land can also become community assets. The ecological assets a team plans for its site and the surrounding open land and buffers can also become community assets.
Trails and access. Opening walking and bike paths to the public matters most where green space is scarce, particularly in traditionally underserved communities.
Education. Even basic signage can turn a campus and its buffers into an outdoor classroom.
Research platforms. University monitoring partnerships generate data and local goodwill, and university students can teach visiting primary students.
Wellbeing. The same green space provides employees with room for nature and movement breaks, making it a recruiting tool.
When a project is technically strong but publicly invisible, it leaves reputation, community goodwill, and long-term advocacy on the table.
Implementing these solutions takes investment, but there are ways to offset part of it.
Quantified water benefits. Volumetric Water Benefits can be quantified by a third party to support corporate water goals.
Funding sources and research partnerships. Partnering on funding and research opportunities with local universities can share costs and extend benefits.
Bundled mitigation. Permittee-responsible mitigation, on-site or off-site, can address current and future mitigation needs. Bundling required mitigation with voluntary water benefit projects can bring the required mitigation to a more appealing price.
The scale of what early mitigation planning can do is significant. When the preferred site for Volvo's $5 billion manufacturing plant had significant wetland and stream impacts, a landscape-scale permittee-responsible mitigation strategy spanning nearly 2,500 acres enabled the project to proceed without permitting delays.
Across the industry, companies are using nature-positive goals to shape internal policies and site-level action plans for biodiversity and water. Two examples from published company disclosures show what success looks like:
Johnson & Johnson restored a 127-acre bird migration corridor with New Jersey Audubon and the U.S. Fish & Wildlife Service; a project built on public partnerships.
Eli Lilly screened sites using TNFD and SBTN methods in conjunction with UC Santa Barbara, an example of working with universities on research.
|
Solution |
Where it applies |
Principal benefit |
Key facility constraints |
|
Off-site restoration and water benefits |
Priority watersheds |
Volumetric water and ecological gains |
Additionality, attribution, monitoring |
|
Compensatory mitigation (banks, PRM) |
Unavoidable wetland or stream impacts |
Permit compliance and schedule certainty |
Credit supply, same-watershed rules, timing |
Volumetric Water Benefits are measured volumes of water a project returns to or protects in a watershed, usually reported in gallons per year. They are quantified using Volumetric Water Benefit Accounting (VWBA) and must be independently verified to count toward corporate water commitments. VWBs are voluntary, not regulatory.
No. They can be on-site, adjacent to the facility, or elsewhere in the same watershed, depending on site conditions and feasibility.
Mitigation generally has to come from the same watershed as the impact. The U.S. Army Corps of Engineers and state agencies evaluate wetland and stream impacts at watershed scale, so a site's drainage area determines which mitigation banks or permittee-responsible mitigation (PRM) options are available. On large projects, credit inventory can run short, so securing supply early protects both cost and schedule.
Mitigation banking allows a project to buy credits from an already-approved restoration site in the same watershed, offering speed and certainty. Permittee-responsible mitigation (PRM) means a dedicated restoration project is implemented to offset impacts, often used when bank credits are limited or impacts are large. PRM can be delivered turnkey, with the provider holding the liability.
Engage early, before tension forms. Hold public meetings, listen to local priorities, and make investments visible through employee volunteer days, partnerships with local nonprofits and schools, and public access to trails or restored land. Openly incorporating ecological solutions into design can also reduce pushback during wetland and stream permitting.
Often, in part. Partner funding, research collaborations, and bundling voluntary water benefit projects with required mitigation can reduce the net cost.