Biohabitats Inc. > Portfolio > Projects
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| sort ↑↓ | Project Name | Bioregion | Service Type | Location | Project Type | Client Type | Featured | |
|---|---|---|---|---|---|---|---|---|
| Allegheny Riverfront Green Boulevard Study | Allegheny Riverfront Green Boulevard StudyUrban Redevelopment Authority of PittsburghPittsburgh, Pennsylvania , United States | Allegheny Riverfront Green Boulevard Study | Ohio River Bioregion, | Regenerative Design, | Pittsburgh, Pennsylvania, United States | |||
| Allen Fork Headwater Preliminary Study | Allen Fork Headwater Preliminary StudyBoone County Public WorksBoone County, Maryland , United States | Allen Fork Headwater Preliminary Study | Ohio River Bioregion, | Ecological Restoration, | Boone County, Maryland, United States | |||
| Analyzing Landscape and Development in Alaska | Analyzing Landscape and Development in AlaskaThe Fairbanks North Star Borough Department of Community PlanningFairbanks Northstar Borough, Alaska , United States | Analyzing Landscape and Development in Alaska | Conservation Planning, | Fairbanks Northstar Borough, Alaska, United States | ||||
| Baltimore City School Greening Program | Baltimore City School Greening ProgramBaltimore City Department of Public WorksBaltimore, Maryland , United States | Baltimore City School Greening Program | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Baltimore, Maryland, United States | |||
| Baltimore Healthy Harbor Initiative Pilot Projects | Baltimore Healthy Harbor Initiative Pilot ProjectsWaterfront Partnership of BaltimoreBaltimore, Maryland , United States The Waterfront Partnership of Baltimore, Inc. (WPB) envisions the city’s Inner Harbor as a “swimmable, fishable harbor” that will serve as a model sustainable waterfront park. To help bring this vision to life, Biohabitats worked with the WPB to craft a planning document called the “Healthy Harbor Initiative” (HHI). The HHI consists of goals and strategies that will transform the waterfront, creating a sustainable and engaging landscape that informs visitors about the ecological problems impacting the productivity of the Chesapeake Bay, and the cultural and economic prosperity it has historically provided. The HHI focuses on seven key areas: education and awareness; surface water; potable water; landscape and ecology; mobility; energy and climate change, and materials and waste. In addition to fulfilling WPB’s vision, the HHI aims to reduce potable water demand; stimulate the development of alternative transportation; and work towards climate neutrality, waste re-use, and use of only sustainably sourced materials among WPB member properties. The HHI led to the development of several water quality improvement and educational pilot projects in and around the Inner Harbor. Biohabitats designed, installed and implemented floating treatment wetlands, the first of the HHI’s innovative pilot projects to improve water quality and habitat. The area of wetlands was expanded tenfold in 2012 and has become a central feature of the water in the Inner Harbor. An interpretive sign was prepared to explain the importance of wetlands in estuarine ecosystems. Biohabitats also developed a concept to transform a dilapidated wharf into a living pier that cleans Harbor water, provides habitat and is an aesthetic attraction. Currently under design, the top of the pier will become a constructed tidal wetland. Harbor water will be pumped to the wetland, where microbial organisms will transform and filter pollutants. Waterfalls cascading over the perimeter of the | Baltimore Healthy Harbor Initiative Pilot Projects | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Baltimore, Maryland, United States | featured-project featured | ||
| Baltimore Watershed Agreement Action Plan | Baltimore Watershed Agreement Action PlanBaltimore City & Baltimore CountyBaltimore, Maryland , United States | Baltimore Watershed Agreement Action Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Baltimore, Maryland, United States | |||
| Barrensdale Outfall Restoration | Barrensdale Outfall RestorationAnne Arundel County Department of Public WorksAnne Arundel County, Maryland , United States | Barrensdale Outfall Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Anne Arundel County, Maryland, United States | |||
| Barrio De Tubac Wastewater System | Barrio De Tubac Wastewater SystemBrasher Real Estate, Inc.Tubac, Arizona , United States | Barrio De Tubac Wastewater System | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Tubac, Arizona, United States | |||
| Bear Creek Stream Restoration Design-Build | Bear Creek Stream Restoration Design-BuildCuyahoga County Board of HealthWarrensville Heights, Ohio , United States | Bear Creek Stream Restoration Design-Build | Great Lakes Bioregion, | Ecological Restoration, Design-Build, | Warrensville Heights, Ohio, United States | |||
| Beargrass Creek Streambank Stabilization | Beargrass Creek Streambank StabilizationLouisville/Jefferson County Metropolitan Sewer DistrictLouisville, Kentucky , United States | Beargrass Creek Streambank Stabilization | Ohio River Bioregion, | Ecological Restoration, | Louisville, Kentucky, United States | |||
| Beaver Creek Stream Restoration Design-Build | Beaver Creek Stream Restoration Design-BuildSouthern Ute Indian TribeLaPlata County, Colorado , United States | Beaver Creek Stream Restoration Design-Build | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | LaPlata County, Colorado, United States | |||
| Belair Edison Neighborhoods Green Streets Planning and Design | Belair Edison Neighborhoods Green Streets Planning and DesignBelair-Edison Neighborhoods, Inc.Baltimore City, Maryland , United States | Belair Edison Neighborhoods Green Streets Planning and Design | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Baltimore City, Maryland, United States | |||
| Belt Parkway Water Quality Best Management Facilities | Belt Parkway Water Quality Best Management FacilitiesNew York City Department of Environmental ProtectionNew York City, New York , United States | Belt Parkway Water Quality Best Management Facilities | Hudson River Bioregion, | Regenerative Design, | New York City, New York, United States | |||
| Berry’s Creek Study Area: Evaluation of Marsh Production, Functions and Values | Berry’s Creek Study Area: Evaluation of Marsh Production, Functions and ValuesBerry’s Creek Service Area Technical CommitteeThe Hackensack Meadowlands, New Jersey , United States | Berry’s Creek Study Area: Evaluation of Marsh Production, Functions and Values | Hudson River Bioregion, | Ecological Restoration, | The Hackensack Meadowlands, New Jersey, United States | |||
| Big Creek Watershed Stormwater Management Improvement | Big Creek Watershed Stormwater Management ImprovementCity of ClevelandCleveland, Ohio , United States | Big Creek Watershed Stormwater Management Improvement | Great Lakes Bioregion, | Ecological Restoration, | Cleveland, Ohio, United States | |||
| Birmingham Botanical Gardens Master Plan | Birmingham Botanical Gardens Master PlanBirmingham Botanical GardensBirmingham, Alabama , United States | Birmingham Botanical Gardens Master Plan | Southeast Atlantic Bioregion, | Regenerative Design, | Birmingham, Alabama, United States | |||
| Blackbird Creek Reserve Ecological Restoration Master Plan | Blackbird Creek Reserve Ecological Restoration Master PlanDelaware Department of Natural Resources and Environmental ControlNew Castle County, Delaware , United States | Blackbird Creek Reserve Ecological Restoration Master Plan | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | New Castle County, Delaware, United States | |||
| Boeye Reservoir Master Plan | Boeye Reservoir Master PlanCity of McAllenMcAllen, Texas , United States | Boeye Reservoir Master Plan | Regenerative Design, Water Management, | McAllen, Texas, United States | ||||
| BoRit Restoration Consulting | BoRit Restoration ConsultingE2, Inc.Ambler, Pennsylvania , United States | BoRit Restoration Consulting | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Ambler, Pennsylvania, United States | |||
| Boulder County Riparian Inventory and Assessments | Boulder County Riparian Inventory and AssessmentsBoulder County, Parks and Open SpaceBoulder County, Colorado , United States | Boulder County Riparian Inventory and Assessments | Southern Rocky Mountain Bioregion, | Conservation Planning, | Boulder County, Colorado, United States | |||
| Bridle Path Stream Restoration | Bridle Path Stream RestorationFairfax County Department of Public Works & Environmental ServicesMcLean, Virginia , United States | Bridle Path Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | McLean, Virginia, United States | |||
| Broadmead Invasives Control | Broadmead Invasives ControlBroadmeadNorthern Baltimore County, Maryland , United States | Broadmead Invasives Control | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Northern Baltimore County, Maryland, United States | |||
| Bronx River Fluvial Geomorphic Assessment | Bronx River Fluvial Geomorphic AssessmentWestchester CountyWestchester County, New York , United States | Bronx River Fluvial Geomorphic Assessment | Hudson River Bioregion, | Conservation Planning, | Westchester County, New York, United States | |||
| Bronx Zoo Master Plan | Bronx Zoo Master PlanWildlife Conservation SocietyBronx, New York , United States | Bronx Zoo Master Plan | Hudson River Bioregion, | Regenerative Design, | Bronx, New York, United States | |||
| Bronx Zoo Woodland and Stormwater Management Plans | Bronx Zoo Woodland and Stormwater Management PlansWildlife Conservation SocietyBronx, New York , United States | Bronx Zoo Woodland and Stormwater Management Plans | Hudson River Bioregion, | Regenerative Design, | Bronx, New York, United States | |||
| Brown Branch Stream Restoration | Brown Branch Stream RestorationNorth Carolina Ecosystem Enhancement ProgramCaldwell County, North Carolina , United States | Brown Branch Stream Restoration | Southeast Atlantic Bioregion, | Ecological Restoration, | Caldwell County, North Carolina, United States | |||
| Buffalo River Shoreline Restoration Design Phase I & Phase II | Buffalo River Shoreline Restoration Design Phase I & Phase IIBuffalo Niagara RiverkeeperErie County, New York , United States | Buffalo River Shoreline Restoration Design Phase I & Phase II | Great Lakes Bioregion, | Ecological Restoration, | Erie County, New York, United States | |||
| Burgundy Farm Country Day School Ecological Site Assessment | Burgundy Farm Country Day School Ecological Site AssessmentBurgundy Farm Country Day SchoolAlexandria, Virginia , United States | Burgundy Farm Country Day School Ecological Site Assessment | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Regenerative Design, | Alexandria, Virginia, United States | |||
| Carolina North Environmental Mapping/Ecological Assessment | Carolina North Environmental Mapping/Ecological AssessmentUniversity of North CarolinaChapel Hill and Carrboro, Orange County, North Carolina , United States | Carolina North Environmental Mapping/Ecological Assessment | Southeast Atlantic Bioregion, | Conservation Planning, | Chapel Hill and Carrboro, Orange County, North Carolina, United States | |||
| Carolina North Individual Permit | Carolina North Individual PermitUniversity of North Carolina at Chapel HillChapel Hill, North Carolina , United States | Carolina North Individual Permit | Southeast Atlantic Bioregion, | Conservation Planning, | Chapel Hill, North Carolina, United States | |||
| Carolina North Infrastructure | Carolina North InfrastructureUniversity of North Carolina–Chapel HillChapel Hill, North Carolina , United States | Carolina North Infrastructure | Southeast Atlantic Bioregion, | Conservation Planning, | Chapel Hill, North Carolina, United States | |||
| Carolina North Water and Energy Plan | Carolina North Water and Energy PlanUniversity of North Carolina at Chapel HillChapel Hill, North Carolina , United States | Carolina North Water and Energy Plan | Southeast Atlantic Bioregion, | Regenerative Design, | Chapel Hill, North Carolina, United States | |||
| Carriage Hills Stormwater Restoration | Carriage Hills Stormwater RestorationSevern RiverkeeperAnnapolis, Maryland , United States | Carriage Hills Stormwater Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Annapolis, Maryland, United States | |||
| Center for Aquatic Life and Conservation | Center for Aquatic Life and ConservationNational Aquarium in BaltimoreBaltimore, Maryland , United States | Center for Aquatic Life and Conservation | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Baltimore, Maryland, United States | |||
| Chagrin River Watershed Floodplain Restoration and Stormwater Management Guidance | Chagrin River Watershed Floodplain Restoration and Stormwater Management GuidanceChagrin River Watershed Partners, Inc.Willoughby, Ohio , United States | Chagrin River Watershed Floodplain Restoration and Stormwater Management Guidance | Great Lakes Bioregion, | Regenerative Design, | Willoughby, Ohio, United States | |||
| Chase Pier Feasibility Study | Chase Pier Feasibility StudyWaterfront Partnership of BaltimoreBaltimore, Maryland , United States | Chase Pier Feasibility Study | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Design-Build, | Baltimore, Maryland, United States | |||
| Chinese Tallow Tree Removal & Wetland Restoration in Barataria Preserve | Chinese Tallow Tree Removal & Wetland Restoration in Barataria PreserveNational Park ServiceJean Lafi tte National Historic Park and Preserve, Louisiana , United States | Chinese Tallow Tree Removal & Wetland Restoration in Barataria Preserve | Ecological Restoration, | Jean Lafi tte National Historic Park and Preserve, Louisiana, United States | ||||
| City of Aiken Environmental Inventory | City of Aiken Environmental InventoryCity of Aiken Planning DepartmentAiken, South Carolina , United States | City of Aiken Environmental Inventory | Southeast Atlantic Bioregion, | Ecological Restoration, | Aiken, South Carolina, United States | |||
| City of Boulder Greenway Habitat Maintenance Evaluation and Work Plan | City of Boulder Greenway Habitat Maintenance Evaluation and Work PlanCity of BoulderBoulder, Colorado , United States | City of Boulder Greenway Habitat Maintenance Evaluation and Work Plan | Southern Rocky Mountain Bioregion, | Conservation Planning, | Boulder, Colorado, United States | |||
| City of Boulder Wetland Assessment and Mapping | City of Boulder Wetland Assessment and MappingCity of Boulder, ColoradoBoulder, Colorado , United States | City of Boulder Wetland Assessment and Mapping | Southern Rocky Mountain Bioregion, | Conservation Planning, | Boulder, Colorado, United States | |||
| City of Cambridge Comprehensive Plan | City of Cambridge Comprehensive PlanCity of CambridgeCambridge, Maryland , United States | City of Cambridge Comprehensive Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Cambridge, Maryland, United States | |||
| City of Jamestown Chadakoin Riverfront Revitalization | City of Jamestown Chadakoin Riverfront RevitalizationJamestown Urban Renewal AgencyJamestown, New York , United States | City of Jamestown Chadakoin Riverfront Revitalization | Great Lakes Bioregion, | Conservation Planning, | Jamestown, New York, United States | |||
| City of Macultepec Wastewater Treatment | City of Macultepec Wastewater TreatmentWater System of the State of TabascoTabasco , Mexico | City of Macultepec Wastewater Treatment | Regenerative Design, Water Management, | , Tabasco, Mexico | ||||
| City of Rockville Rain Barrel Workshops | City of Rockville Rain Barrel WorkshopsCity of Rockville Department of Public WorksRockville, Maryland , United States | City of Rockville Rain Barrel Workshops | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Regenerative Design, | Rockville, Maryland, United States | |||
| Clarksburg Town Center Water Quality Monitoring | Clarksburg Town Center Water Quality MonitoringNewland CommunitiesMontgomery County, Maryland , United States | Clarksburg Town Center Water Quality Monitoring | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Montgomery County, Maryland, United States | |||
| Comprehensive Drainage and Stormwater Management Plan for Real Food Farm | Comprehensive Drainage and Stormwater Management Plan for Real Food FarmCivic WorksBaltimore, Maryland , United States | Comprehensive Drainage and Stormwater Management Plan for Real Food Farm | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Baltimore, Maryland, United States | |||
| Corn Creek Wastewater Treatment System & Fire Pond | Corn Creek Wastewater Treatment System & Fire PondU. S. Fish and Wildlife ServiceCorn Creek Field Station, Nevada , United States | Corn Creek Wastewater Treatment System & Fire Pond | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Corn Creek Field Station, Nevada, United States | |||
| Cove Spring Stream Restoration | Cove Spring Stream RestorationCity of Frankfort/Kentucky Department of Fish & Wildlife ResourcesFrankfort, Kentucky , United States | Cove Spring Stream Restoration | Ohio River Bioregion, | Ecological Restoration, | Frankfort, Kentucky, United States | |||
| Creekside Stream Restoration and Wetland Mitigation | Creekside Stream Restoration and Wetland MitigationWhitlatch & Co.Twinsburg, Ohio , United States | Creekside Stream Restoration and Wetland Mitigation | Great Lakes Bioregion, | Ecological Restoration, | Twinsburg, Ohio, United States | |||
| Crestwood Lake Flood Mitigation Study | Crestwood Lake Flood Mitigation StudyWestchester County Department of PlanningWestchester County, New York , United States | Crestwood Lake Flood Mitigation Study | Hudson River Bioregion, | Conservation Planning, Ecological Restoration, | Westchester County, New York, United States | |||
| Critical Habitat Mitigation Strategies for the New Jersey Highlands Region | Critical Habitat Mitigation Strategies for the New Jersey Highlands RegionNew Jersey Highlands CouncilNew Jersey Highlands, New Jersey , United States | Critical Habitat Mitigation Strategies for the New Jersey Highlands Region | Hudson River Bioregion, | Ecological Restoration, | New Jersey Highlands, New Jersey, United States | |||
| Crofton Tributary Stream Restoration | Crofton Tributary Stream RestorationAnne Arundel County Department of Public WorksAnne Arundel County, Maryland , United States | Crofton Tributary Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Anne Arundel County, Maryland, United States | |||
| CSO PLANYC–Ecological & Best Management Practices Planning to Address Combined Sewer Overflows | CSO PLANYC–Ecological & Best Management Practices Planning to Address Combined Sewer OverflowsNew York City Department of Environmental ProtectionNew York, New York , United States | CSO PLANYC–Ecological & Best Management Practices Planning to Address Combined Sewer Overflows | Hudson River Bioregion, | Ecological Restoration, Regenerative Design, | New York, New York, United States | |||
| Cuyahoga Valley Towpath Trail Stage 1 | Cuyahoga Valley Towpath Trail Stage 1Cuyahoga County Engineers OfficeCleveland, Ohio , United States | Cuyahoga Valley Towpath Trail Stage 1 | Great Lakes Bioregion, | Regenerative Design, | Cleveland, Ohio, United States | |||
| Cypress Creek Restoration | Cypress Creek RestorationHarris County Flood Control DistrictHarris County, Texas , United States | Cypress Creek Restoration | Ecological Restoration, | Harris County, Texas, United States | ||||
| Darby Creek Bank Stabilization and Rock Vane Installation | Darby Creek Bank Stabilization and Rock Vane InstallationDelaware Riverkeeper NetworkDarby, Pennsylvania , United States | Darby Creek Bank Stabilization and Rock Vane Installation | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Darby, Pennsylvania, United States | |||
| Daybreak Lake | Daybreak LakeKennecott LandSouth Jordan, Utah , United States | Daybreak Lake | Regenerative Design, Water Management, | South Jordan, Utah, United States | ||||
| Delaware Biological Monitoring | Delaware Biological MonitoringDelaware Department of Natural Resources and Environmental ControlNew Castle County, Delaware , United States | Delaware Biological Monitoring | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | New Castle County, Delaware, United States | |||
| Delaware City Eco-Tourism and Ecological Restoration Plan | Delaware City Eco-Tourism and Ecological Restoration PlanMain Street Delaware City, Inc.New Castle County, Delaware , United States | Delaware City Eco-Tourism and Ecological Restoration Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | New Castle County, Delaware, United States | |||
| Delaware River Riparian Buffer Restoration | Delaware River Riparian Buffer RestorationPennsylvania Environmental CouncilPhiladelphia, Pennsylvania , United States | Delaware River Riparian Buffer Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Philadelphia, Pennsylvania, United States | |||
| Delight Quarry Aquatic Resources Study | Delight Quarry Aquatic Resources StudyKoren DevelopmentReisterstown, Maryland , United States | Delight Quarry Aquatic Resources Study | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Reisterstown, Maryland, United States | |||
| Desert Living Center On-Site Wastewater Treatment & Reuse System | Desert Living Center On-Site Wastewater Treatment & Reuse SystemDesert Living CenterLas Vegas, Nevada , United States | Desert Living Center On-Site Wastewater Treatment & Reuse System | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Las Vegas, Nevada, United States | |||
| Determination of Federal Interest Fact Sheets | Determination of Federal Interest Fact SheetsU.S. Army Corps of Engineers, Buffalo DistrictVarious locations, Ohio , United States | Determination of Federal Interest Fact Sheets | Great Lakes Bioregion, | Ecological Restoration, | Various locations, Ohio, United States | |||
| Development of a Coordinated Implementation Strategy and Assessment for ESD/LID Implementation | Development of a Coordinated Implementation Strategy and Assessment for ESD/LID ImplementationMontgomery County Department of Environmental ProtectionMontgomery County, Maryland , United States | Development of a Coordinated Implementation Strategy and Assessment for ESD/LID Implementation | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Montgomery County, Maryland, United States | |||
| Dicks Creek/Monroe Ditch Ecological Restoration Plan | Dicks Creek/Monroe Ditch Ecological Restoration PlanEnviron International CorporationMiddletown, Ohio , United States | Dicks Creek/Monroe Ditch Ecological Restoration Plan | Ohio River Bioregion, | Ecological Restoration, | Middletown, Ohio, United States | |||
| Dike 14 Feasibility Study for Public Access | Dike 14 Feasibility Study for Public AccessCity of Cleveland Department of Parks and RecreationCleveland, Ohio , United States | Dike 14 Feasibility Study for Public Access | Great Lakes Bioregion, | Regenerative Design, | Cleveland, Ohio, United States | |||
| Dorado Beach Resort | Dorado Beach ResortCaribbean Property GroupSan Juan, Puerto Rico , United States | Dorado Beach Resort | Regenerative Design, Water Management, | San Juan, Puerto Rico, United States | ||||
| Downtown Columbia | Downtown ColumbiaHoward Hughes CorporationColumbia, Maryland , United States | Downtown Columbia | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Regenerative Design, | Columbia, Maryland, United States | |||
| Downtown Columbia Sustainability Program | Downtown Columbia Sustainability ProgramColumbia Town CenterColumbia, Maryland , United States | Downtown Columbia Sustainability Program | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Columbia, Maryland, United States | |||
| Downtown Columbia Warfield Neighborhood | Downtown Columbia Warfield NeighborhoodParcel D Property, LLCColumbia, Maryland , United States | Downtown Columbia Warfield Neighborhood | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Columbia, Maryland, United States | |||
| Downtown Columbia Watershed Planning | Downtown Columbia Watershed PlanningGeneral Growth PropertiesColumbia, Maryland , United States | Downtown Columbia Watershed Planning | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Columbia, Maryland, United States | |||
| Duke U. Central Campus Master Plan Environmental Sustainability Metrics | Duke U. Central Campus Master Plan Environmental Sustainability MetricsDuke UniversityDurham, North Carolina , United States | Duke U. Central Campus Master Plan Environmental Sustainability Metrics | Southeast Atlantic Bioregion, | Regenerative Design, | Durham, North Carolina, United States | |||
| Ecological Restoration on the Passaic River: On-Call Special Consulting Engineer | Ecological Restoration on the Passaic River: On-Call Special Consulting EngineerPassaic Valley Sewerage CommissionNewark, New Jersey , United States | Ecological Restoration on the Passaic River: On-Call Special Consulting Engineer | Hudson River Bioregion, | Conservation Planning, Ecological Restoration, Design-Build, | Newark, New Jersey, United States | |||
| Eden Hall Campus Master Plan & First Phase of Development | Eden Hall Campus Master Plan & First Phase of DevelopmentChatham UniversityPittsburgh, Pennsylvania , United States | Eden Hall Campus Master Plan & First Phase of Development | Ohio River Bioregion, | Regenerative Design, Water Management, | Pittsburgh, Pennsylvania, United States | |||
| Environmental/Ecological On-Call Services | Environmental/Ecological On-Call ServicesSoutheast Metro Stormwater AuthorityCentennial, Colorado , United States | Environmental/Ecological On-Call Services | Southern Rocky Mountain Bioregion, | Ecological Restoration, | Centennial, Colorado, United States | |||
| Episcopal High School Green Infrastructure Valuation Modeling | Episcopal High School Green Infrastructure Valuation ModelingEpiscopal High SchoolAlexandria, Virginia , United States | Episcopal High School Green Infrastructure Valuation Modeling | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Alexandria, Virginia, United States | |||
| Episcopal High School Sustainable Campus Master Plan | Episcopal High School Sustainable Campus Master PlanEpiscopal High School Baton RougeBaton Rouge, Louisiana , United States | Episcopal High School Sustainable Campus Master Plan | Conservation Planning, | Baton Rouge, Louisiana, United States | ||||
| Facilities Framework Planning Studies | Facilities Framework Planning StudiesSwarthmore CollegeSwarthmore, Pennsylvania , United States | Facilities Framework Planning Studies | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Regenerative Design, | Swarthmore, Pennsylvania, United States | |||
| Fairfax County Parks Invasive Plant Site Prioritization Model | Fairfax County Parks Invasive Plant Site Prioritization ModelFairfax County Parks AuthorityFairfax County, Virginia , United States | Fairfax County Parks Invasive Plant Site Prioritization Model | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Ecological Restoration, | Fairfax County, Virginia, United States | |||
| Fairmount Park Natural Lands Restoration Implementation | Fairmount Park Natural Lands Restoration ImplementationFairmount Park CommissionPhiladelphia, Pennsylvania , United States | Fairmount Park Natural Lands Restoration Implementation | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Philadelphia, Pennsylvania, United States | |||
| Fairmount Park Wissahickon Watershed Gully Restoration Design-Build | Fairmount Park Wissahickon Watershed Gully Restoration Design-BuildFairmount Park CommissionPhiladelphia, Pennsylvania , United States | Fairmount Park Wissahickon Watershed Gully Restoration Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Philadelphia, Pennsylvania, United States | |||
| Flewellen Creek Stream Restoration | Flewellen Creek Stream RestorationTrendmaker Development CompanyFort Bend County, Texas , United States | Flewellen Creek Stream Restoration | Ecological Restoration, | Fort Bend County, Texas, United States | ||||
| Flight 93 National Memorial Soil and Water Testing | Flight 93 National Memorial Soil and Water TestingNational Park ServiceSomerset County, Pennsylvania , United States | Flight 93 National Memorial Soil and Water Testing | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Somerset County, Pennsylvania, United States | |||
| Floyds Fork Greenway Landscape Conservation and Restoration Management Plan | Floyds Fork Greenway Landscape Conservation and Restoration Management Plan21st Century ParksJefferson County, Kentucky , United States | Floyds Fork Greenway Landscape Conservation and Restoration Management Plan | Ohio River Bioregion, | Conservation Planning, | Jefferson County, Kentucky, United States | |||
| Floyds Fork Greenway Master Plan | Floyds Fork Greenway Master Plan21st Century ParksJefferson County, Kentucky , United States | Floyds Fork Greenway Master Plan | Ohio River Bioregion, | Conservation Planning, | Jefferson County, Kentucky, United States | |||
| Forest Conservation Inspection for City Forestry Department | Forest Conservation Inspection for City Forestry DepartmentCity of RockvilleRockville, Maryland , United States | Forest Conservation Inspection for City Forestry Department | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Rockville, Maryland, United States | |||
| Forest Hill & Hickory Elementary Schools Bioretention Retrofit | Forest Hill & Hickory Elementary Schools Bioretention RetrofitHarford County Department of Public Works-Division of Highways and Water ResourcesHarford County, Maryland , United States | Forest Hill & Hickory Elementary Schools Bioretention Retrofit | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Harford County, Maryland, United States | |||
| Fort Belvoir Sustainability Strategies | Fort Belvoir Sustainability StrategiesFort BelvoirFort Belvoir, Virginia , United States | Fort Belvoir Sustainability Strategies | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Fort Belvoir, Virginia, United States | |||
| Fort Collins Wetland and Riparian Restoration | Fort Collins Wetland and Riparian RestorationCity of Fort Collins, Natural Areas ProgramCity of Fort Collins, Colorado , United States | Fort Collins Wetland and Riparian Restoration | Southern Rocky Mountain Bioregion, | Conservation Planning, Ecological Restoration, Design-Build, | City of Fort Collins, Colorado, United States | |||
| Fort McHenry Tidal Wetland Restoration | Fort McHenry Tidal Wetland RestorationBaltimore City Interstate DivisionBaltimore, Maryland , United States | Fort McHenry Tidal Wetland Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore, Maryland, United States | |||
| Four Mile Run Restoration Master Plan | Four Mile Run Restoration Master PlanNorthern Viriginia Regional CommissionArlington County/Alexandria, Virginia , United States | Four Mile Run Restoration Master Plan | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Arlington County/Alexandria, Virginia, United States | |||
| Freshkills Park Landscape Restoration | Freshkills Park Landscape RestorationNew York City Department of Parks and RecreationStaten Island, New York , United States | Freshkills Park Landscape Restoration | Hudson River Bioregion, | Ecological Restoration, | Staten Island, New York, United States | |||
| Freshkills Park–North Park Wetland Restoration Design and Construction | Freshkills Park–North Park Wetland Restoration Design and ConstructionNew York City Department of Parks and RecreationStaten Island, New York , United States | Freshkills Park–North Park Wetland Restoration Design and Construction | Hudson River Bioregion, | Ecological Restoration, | Staten Island, New York, United States | |||
| Gaithersburg Green Streets Retrofit Evaluation Project | Gaithersburg Green Streets Retrofit Evaluation ProjectCity of GaithersburgGaithersburg, Maryland , United States | Gaithersburg Green Streets Retrofit Evaluation Project | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Gaithersburg, Maryland, United States | |||
| Galveston Island State Park Master Plan | Galveston Island State Park Master PlanTexas Parks and Wildlife DepartmentGalveston County, Texas , United States | Galveston Island State Park Master Plan | Conservation Planning, Ecological Restoration, | Galveston County, Texas, United States | ||||
| Gateway Commons Water Quality Monitoring | Gateway Commons Water Quality MonitoringLennar CorporationClarksburg, Montgomery County, Maryland , United States | Gateway Commons Water Quality Monitoring | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Clarksburg, Montgomery County, Maryland, United States | |||
| Glade Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement Program | Glade Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement ProgramNorth Carolina Ecosystem Enhancement ProgramAlleghany County, North Carolina , United States | Glade Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement Program | Southeast Atlantic Bioregion, | Ecological Restoration, Design-Build, | Alleghany County, North Carolina, United States | |||
| Goose Creek Stream Restoration | Goose Creek Stream RestorationNorth Carolina Ecosystem Enhancement ProgramDurham, North Carolina , United States | Goose Creek Stream Restoration | Southeast Atlantic Bioregion, | Ecological Restoration, | Durham, North Carolina, United States | |||
| Grand Teton Resort Community Ecological Assessment and Master Planning | Grand Teton Resort Community Ecological Assessment and Master PlanningMahogany Ridge, LLCTeton County, Idaho , United States | Grand Teton Resort Community Ecological Assessment and Master Planning | Southern Rocky Mountain Bioregion, | Conservation Planning, Regenerative Design, | Teton County, Idaho, United States | |||
| Greenbrier Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement Program | Greenbrier Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement ProgramNorth Carolina Ecosystem Enhancement ProgramAlamance and Chatham Counties, North Carolina , United States | Greenbrier Creek On-Call Stream Restoration Services for North Carolina Ecosystem Enhancement Program | Southeast Atlantic Bioregion, | Ecological Restoration, Design-Build, | Alamance and Chatham Counties, North Carolina, United States | |||
| Greenspring Quarry South Tributary Stream Restoration | Greenspring Quarry South Tributary Stream RestorationKoren Development Company, Inc.Baltimore County, Maryland , United States | Greenspring Quarry South Tributary Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore County, Maryland, United States | |||
| Greywater Treatment/Reuse System for Barrett, The Honors College at Arizona State University | Greywater Treatment/Reuse System for Barrett, The Honors College at Arizona State UniversityArizona State UniversityTempe, Arizona , United States | Greywater Treatment/Reuse System for Barrett, The Honors College at Arizona State University | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Tempe, Arizona, United States | |||
| Gwynns Falls Ecosystem Restoration | Gwynns Falls Ecosystem RestorationUS Army Corps of Engineers, Baltimore DistrictBaltimore, Maryland , United States | Gwynns Falls Ecosystem Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore, Maryland, United States | |||
| Hanson Lakes Wastewater Treatment System | Hanson Lakes Wastewater Treatment SystemSID 101Bellevue, Nebraska , United States | Hanson Lakes Wastewater Treatment System | Regenerative Design, Water Management, | Bellevue, Nebraska, United States | ||||
| Harford County Ambient Station Brentwood Park and Woodland Hills Assessment | Harford County Ambient Station Brentwood Park and Woodland Hills AssessmentHarford County Department of Public WorksHarford County, Maryland , United States | Harford County Ambient Station Brentwood Park and Woodland Hills Assessment | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Harford County, Maryland, United States | |||
| Ha’ena State Park Comfort Station | Ha’ena State Park Comfort StationHawaii Department of Land & Natural Resources, Division of State ParksKaua’ i, Hawaii , United States | Ha’ena State Park Comfort Station | Regenerative Design, Water Management, | Kaua’ i, Hawaii, United States | ||||
| Herbert H. Bateman Center Wastewater Infrastructure | Herbert H. Bateman Center Wastewater InfrastructureU.S. Fish and Wildlife ServiceChincoteague Island, Virginia , United States | Herbert H. Bateman Center Wastewater Infrastructure | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Water Management, | Chincoteague Island, Virginia, United States | |||
| Hippo Habitat at Werribee Open Range Zoo | Hippo Habitat at Werribee Open Range ZooZoos VictoriaVictoria , Australia | Hippo Habitat at Werribee Open Range Zoo | Regenerative Design, Water Management, | , Victoria, Australia | ||||
| Hog Island Ecological Restoration Master Plan | Hog Island Ecological Restoration Master PlanU.S. Environmental Protection Agency, Great Lakes National Program OfficeCity of Superior, Wisconsin , United States | Hog Island Ecological Restoration Master Plan | Great Lakes Bioregion, | Ecological Restoration, | City of Superior, Wisconsin, United States | |||
| Holts Landing State Park Shoreline Stabilization | Holts Landing State Park Shoreline StabilizationDelaware Department of Natural Resources and Environmental ControlSussex County, Delaware , United States | Holts Landing State Park Shoreline Stabilization | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Sussex County, Delaware, United States | |||
| Horseshoe Farm Park Master Plan, Natural Resource Management Options Study | Horseshoe Farm Park Master Plan, Natural Resource Management Options StudyCity of Raleigh Parks and Recreation DepartmentRaleigh, North Carolina , United States | Horseshoe Farm Park Master Plan, Natural Resource Management Options Study | Southeast Atlantic Bioregion, | Conservation Planning, | Raleigh, North Carolina, United States | |||
| Howard Community College Campus Master Plan | Howard Community College Campus Master PlanHoward Community CollegeHoward County, Maryland , United States | Howard Community College Campus Master Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Howard County, Maryland, United States | |||
| Hudson Farm | Hudson FarmHudson Land Development Company & Urban Villages, Inc.Hudson, Alabama , United States | Hudson Farm | Regenerative Design, Water Management, | Hudson, Alabama, United States | ||||
| Hudson High School/Tinkers Creek Stream Restoration Design-Build | Hudson High School/Tinkers Creek Stream Restoration Design-BuildCuyahoga County Board of HealthHudson, Ohio , United States | Hudson High School/Tinkers Creek Stream Restoration Design-Build | Great Lakes Bioregion, | Ecological Restoration, Design-Build, | Hudson, Ohio, United States | |||
| Indefinite Delivery Contract to Provide Ecosystem Restoration and Environmental Services to Support the Great Lakes Restoration Initiative within the Buffalo, Detroit and Chicago Districts | Indefinite Delivery Contract to Provide Ecosystem Restoration and Environmental Services to Support the Great Lakes Restoration Initiative within the Buffalo, Detroit and Chicago DistrictsU.S. Army Corps of Engineers, Buffalo DistrictVarious locations, Multiple states , United States | Indefinite Delivery Contract to Provide Ecosystem Restoration and Environmental Services to Support the Great Lakes Restoration Initiative within the Buffalo, Detroit and Chicago Districts | Great Lakes Bioregion, | Ecological Restoration, | Various locations, Multiple states, United States | |||
| Industrial Wastewater Treatment & Reuse Using Natural Systems | Industrial Wastewater Treatment & Reuse Using Natural SystemsMaui Cattle CompanyMaui, Hawaii , United States | Industrial Wastewater Treatment & Reuse Using Natural Systems | Regenerative Design, Water Management, | Maui, Hawaii, United States | ||||
| Integrated Natural & Cultural Resources Inventory & Management Plan, Tobyhanna Army Depot | Integrated Natural & Cultural Resources Inventory & Management Plan, Tobyhanna Army DepotU.S. Army Corps of Engineers, Philadelphia DistrictTobyhanna, Pennsylvania , United States | Integrated Natural & Cultural Resources Inventory & Management Plan, Tobyhanna Army Depot | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Tobyhanna, Pennsylvania, United States | |||
| InterCounty Connector RC131, RC2, NB1 & NB3 Stream Restoration | InterCounty Connector RC131, RC2, NB1 & NB3 Stream RestorationMaryland Department of TransportationMontgomery County, Maryland , United States | InterCounty Connector RC131, RC2, NB1 & NB3 Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Montgomery County, Maryland, United States | |||
| Ivy Creek Stream Restoration | Ivy Creek Stream RestorationParsons Transportation and Virginia Department of TransportationAlbemarle County, Virginia , United States | Ivy Creek Stream Restoration | Southeast Atlantic Bioregion, | Ecological Restoration, | Albemarle County, Virginia, United States | |||
| Jamaica Bay Ecosystem Restoration Pilots | Jamaica Bay Ecosystem Restoration PilotsNew York City Department of Environmental ProtectionNew York City, New York , United States Working with our joint venture partners, Biohabitats is leading the effort to implement a range of ecosystem restoration pilot projects within the Jamaica Bay watershed in New York City. These pilot projects were identified as part of the Jamaica Bay Watershed Protection Plan, which is focused on cleaning the water of the Bay and reestablishing previously lost ecosystems. A range of projects is being pursued. Efforts that have occurred include harvesting macroalgae from the Bay interior to convert to biofuel, introducing algal turf scrubber technology at a wastewater treatment plant (WWTP), placement of eel grass plantings, and installation of an oyster bed and oyster reef balls. Algal turf scrubbers® (ATS™) are unique wastewater treatment devices that mimic a stream ecosystem in a constructed environment designed to promote the growth of algae. Harnessing the natural abilities of algae, bacteria, and phytoplankton to remove pollutants from water, the system filters nutrients from a small portion of the effluent from a WWTP. The microalgae from the Algal turf scrubbers are periodically harvested and can be used as a source of biofuel, along with the macroalgae harvested from the Bay, creating a sustainable, “green” technology. Efforts to reestablish eelgrass and oysters within the Bay are ongoing. To date, approximately 1,000 eelgrass plants, an oyster bed and oyster reef balls have been installed in the Bay. Additional eelgrass plantings are planned. | Jamaica Bay Ecosystem Restoration Pilots | Hudson River Bioregion, | Ecological Restoration, | New York City, New York, United States | featured-project featured | ||
| Jamaica Bay Watershed Ecological Atlas | Jamaica Bay Watershed Ecological AtlasNew York City Department of Environmental ProtectionNew York, New York , United States | Jamaica Bay Watershed Ecological Atlas | Hudson River Bioregion, | Ecological Restoration, Regenerative Design, | New York, New York, United States | |||
| Jamaica Bay Watershed Protection Plan | Jamaica Bay Watershed Protection PlanNew York City Department of Environmental ProtectionBoroughs of Brooklyn and Queens, New York City, New York , United States | Jamaica Bay Watershed Protection Plan | Hudson River Bioregion, | Conservation Planning, | Boroughs of Brooklyn and Queens, New York City, New York, United States | |||
| Jamestown Apartments Stream Restoration | Jamestown Apartments Stream RestorationHenrico County Department of Public WorksRichmond, Virginia , United States | Jamestown Apartments Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Richmond, Virginia, United States | |||
| Jefferson Memorial Forest Master Plan | Jefferson Memorial Forest Master PlanLouisville Metro ParksJefferson County, Kentucky , United States | Jefferson Memorial Forest Master Plan | Ohio River Bioregion, | Conservation Planning, | Jefferson County, Kentucky, United States | |||
| Jennifer Branch Stream Restoration | Jennifer Branch Stream RestorationBaltimore County Department of Environmental Protection and SustainabilityCarney, Maryland , United States | Jennifer Branch Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Carney, Maryland, United States | |||
| John Paul Jones Arena Stream Restoration and Daylighting | John Paul Jones Arena Stream Restoration and DaylightingUniversity of VirginiaCharlottesville, Virginia , United States | John Paul Jones Arena Stream Restoration and Daylighting | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Charlottesville, Virginia, United States | |||
| Kellogg Creek Tributary Restoration | Kellogg Creek Tributary RestorationLake County Stormwater Management DepartmentLake County, Ohio , United States | Kellogg Creek Tributary Restoration | Great Lakes Bioregion, | Ecological Restoration, | Lake County, Ohio, United States | |||
| Kelsey Creek Restoration Concept | Kelsey Creek Restoration ConceptCity of Cuyahoga FallsSummit County, Ohio , United States | Kelsey Creek Restoration Concept | Great Lakes Bioregion, | Ecological Restoration, | Summit County, Ohio, United States | |||
| Kenilworth Marsh Design-Build Tidal Wetland Restoration | Kenilworth Marsh Design-Build Tidal Wetland RestorationMetropolitan Washington Council of GovernmentsWashington, District of Columbia , United States | Kenilworth Marsh Design-Build Tidal Wetland Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Washington, District of Columbia, United States | |||
| Kent Dam River Restoration | Kent Dam River RestorationCity of KentKent, Ohio , United States | Kent Dam River Restoration | Great Lakes Bioregion, | Ecological Restoration, | Kent, Ohio, United States | |||
| King Abdullah Petroleum Studies and Research Center | King Abdullah Petroleum Studies and Research CenterSaudi AramcoRiyadhRiyadh , Saudi Arabia | King Abdullah Petroleum Studies and Research Center | Regenerative Design, Water Management, | Riyadh, Riyadh, Saudi Arabia | ||||
| Kingman Lake Wetland Restoration | Kingman Lake Wetland RestorationU.S. Army Corps of Engineers, Buffalo DistrictWashington, District of Columbia , United States | Kingman Lake Wetland Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Washington, District of Columbia, United States | |||
| Kunming Eco Communities | Kunming Eco CommunitiesSWAKunmingYunnan , China | Kunming Eco Communities | Regenerative Design, Water Management, | Kunming, Yunnan, China | ||||
| La Barbaria Ranch Stormwater Management | La Barbaria Ranch Stormwater ManagementLa Barbaria RanchSanta Fe, New Mexico , United States | La Barbaria Ranch Stormwater Management | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Santa Fe, New Mexico, United States | |||
| Lafayette College Green Infrastructure Master Planning Guidelines | Lafayette College Green Infrastructure Master Planning GuidelinesLafayette CollegeEaston, Pennsylvania , United States | Lafayette College Green Infrastructure Master Planning Guidelines | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Regenerative Design, | Easton, Pennsylvania, United States | |||
| Laird Acres Woodland Restoration and Design | Laird Acres Woodland Restoration and DesignEpiscopal High SchoolAlexandria, Virginia , United States | Laird Acres Woodland Restoration and Design | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Alexandria, Virginia, United States | |||
| Lake County Stormwater Quality Best Management Practices Manual | Lake County Stormwater Quality Best Management Practices ManualLake County Stormwater Management DepartmentLake County, Ohio , United States | Lake County Stormwater Quality Best Management Practices Manual | Great Lakes Bioregion, | Regenerative Design, | Lake County, Ohio, United States | |||
| Land Stewardship Plan for Stratton Open Space | Land Stewardship Plan for Stratton Open SpaceColorado Springs Park and Recreation DepartmentColorado Springs, Colorado , United States | Land Stewardship Plan for Stratton Open Space | Southern Rocky Mountain Bioregion, | Conservation Planning, | Colorado Springs, Colorado, United States | |||
| Lehigh U. Forest Sustainability & Carbon Mitigation Study | Lehigh U. Forest Sustainability & Carbon Mitigation StudyLehigh UniversityBethlehem, Pennsylvania , United States | Lehigh U. Forest Sustainability & Carbon Mitigation Study | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Bethlehem, Pennsylvania, United States | |||
| Leonardtown Wharf | Leonardtown WharfCommissioners of LeonardtownLeonardtown, Maryland , United States | Leonardtown Wharf | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Leonardtown, Maryland, United States | |||
| Little Sugar Creek Stream and Floodplain Restoration | Little Sugar Creek Stream and Floodplain RestorationCharlotte-Mecklenburg Storm Water ServicesCharlotte, North Carolina , United States | Little Sugar Creek Stream and Floodplain Restoration | Southeast Atlantic Bioregion, | Ecological Restoration, | Charlotte, North Carolina, United States | |||
| Lizard Hill Sand Mine Reclamation and Bishopville Pond Restoration | Lizard Hill Sand Mine Reclamation and Bishopville Pond RestorationMaryland State Highway AdministrationOcean City, Maryland , United States | Lizard Hill Sand Mine Reclamation and Bishopville Pond Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Ocean City, Maryland, United States | |||
| Locust Chapel Woods Habitat Management Plan | Locust Chapel Woods Habitat Management PlanLand Design & Development, Inc.Ellicott City, Maryland , United States | Locust Chapel Woods Habitat Management Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Ellicott City, Maryland, United States | |||
| Los Osos Stormwater Master Plan | Los Osos Stormwater Master PlanLos Osos Community Services DistrictSan Luis Obispo, California , United States | Los Osos Stormwater Master Plan | Regenerative Design, Water Management, | San Luis Obispo, California, United States | ||||
| Loudoun County Perennial Stream Assessment | Loudoun County Perennial Stream AssessmentLoudoun County Department of Building and DevelopmentLoudoun County, Virginia , United States | Loudoun County Perennial Stream Assessment | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Loudoun County, Virginia, United States | |||
| Lower Kingman Island Habitat Restoration | Lower Kingman Island Habitat RestorationU.S. Army Corps of Engineers, Baltimore District, District of Columbia Parks and RecreationWashington, District of Columbia , United States | Lower Kingman Island Habitat Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Washington, District of Columbia, United States | |||
| Lower Mill Creek Valley Conservation Greenway Master Plan | Lower Mill Creek Valley Conservation Greenway Master PlanCleveland MetroparksCleveland, Ohio , United States | Lower Mill Creek Valley Conservation Greenway Master Plan | Great Lakes Bioregion, | Conservation Planning, | Cleveland, Ohio, United States | |||
| Lower Spring Branch Stream Restoration | Lower Spring Branch Stream RestorationBaltimore County Department of Environmental Protection & SustainabilityBaltimore County, Maryland , United States | Lower Spring Branch Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore County, Maryland, United States | |||
| Magness Farm Wetland Restoration | Magness Farm Wetland RestorationMaryland State Highway AdministrationHarford County, Maryland , United States | Magness Farm Wetland Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Harford County, Maryland, United States | |||
| Mandeville Wastewater Expansion & Nutrient Assimilation Project | Mandeville Wastewater Expansion & Nutrient Assimilation ProjectCity of MandevilleMandeville, Louisiana , United States | Mandeville Wastewater Expansion & Nutrient Assimilation Project | Regenerative Design, Water Management, | Mandeville, Louisiana, United States | ||||
| Mapping Environmental Justice Water Quality | Mapping Environmental Justice Water QualityBaltimore County Department of Environmental Protection & SustainabilityBaltimore County, Maryland , United States In crafting and signing the Baltimore Watershed Agreement, the Baltimore City and County solidified their joint commitment to improve water quality in their shared watersheds. Soon afterwards, Biohabitats helped both entities to develop a Phase I Action Plan to begin working toward this goal. Because environmental justice (EJ) emerged as a critical, cross-cutting theme for all proposed watershed planning and water quality related actions, the resulting, final Action Plan requires the County and City to jointly “ensure environmental justice indicators are taken into consideration during major planning efforts.” To address this requirement, Biohabitats prepared a white paper on environmental justice indicators and assessment methods, interviewed local experts, and reviewed peer programs to evaluate linkages between environmental justice and clean water at the community, state, and local government levels. Very few sources explicitly use a defined set of indicators to track environmental justice in the context of watershed planning and water quality, so it became clear that there was a need to further explore and develop a set of indicators that could. Drawing from the initial research on environmental justice indicators and assessment methods, Biohabitats created an assessment methodology that would integrate environmental justice principles into watershed planning. The methodology uses GIS software to layer relevant EJ and watershed health indicator data including demographic characteristics, human health indicators and watershed health indicators. Initial results of the assessment model developed for Baltimore County highlighted several subwatersheds where communities are at risk for environmental justice issues associated with water quality, based on the indicator model for environmental justice and water quality. The resulting maps and associated report are informing the County’s small watershed action plans (SWAPs), as well as other watershed planning efforts, to prioritize projects in neighborhoods with environmental injustice and poor water quality. Working with Baltimore County, Biohabitats | Mapping Environmental Justice Water Quality | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Baltimore County, Maryland, United States | featured-project featured | ||
| Maryland Ecological Investment Corporation | Maryland Ecological Investment CorporationHarry R. Hughes Center for Agro-Ecology, Maryland , United States | Maryland Ecological Investment Corporation | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | , Maryland, United States | |||
| Maywood Avenue Stormwater Volume Reduction Project | Maywood Avenue Stormwater Volume Reduction ProjectCity of ToledoToledo, Ohio , United States | Maywood Avenue Stormwater Volume Reduction Project | Great Lakes Bioregion, | Regenerative Design, | Toledo, Ohio, United States | |||
| McMurry Natural Area Restoration | McMurry Natural Area RestorationCity of Fort Collins, Natural Areas ProgramFort Collins, Colorado , United States The City of Fort Collins Natural Areas Program manages over 1,000 acres of open space along the Cache La Poudre River. As the on-call consultant for Riparian and Wetland Restoration, Biohabitats has been working with the City since 2008 to help the Natural Area Program protect its natural resources, enhance aquatic and riparian habitat, and improve wetland function along the river. As part of this effort, Biohabitats assessed all of the City’s Natural Areas along the Poudre River and identified opportunities for ecological restoration. One top priority site was the McMurry Natural Area, located within the City’s urban greenbelt, where decades of gravel mining scarred the landscape and left open water gravel pits with very little biological diversity and minimal ecological function. Working closely with the City, Biohabitats led a design-build effort to convert the gravel pits into an ecologically functioning landscape. The restoration design focused on lowering elevated berms (artifacts of the mining operation), creating shallow wetlands, and revegetating the riparian area. A diverse assemblage of five vegetated zones were created including emergent wetland, wet meadow, willow, cottonwood, and upland grasses. To facilitate public use and stewardship of the site, the design included a pedestrian trail and designated fishing areas. Grading and planting of Phase 1 was completed in June 2011. The City is currently expanding the restoration project to an adjacent gravel pit and implementing riverbank improvements including channel realignment and visitor amenities. | McMurry Natural Area Restoration | Southern Rocky Mountain Bioregion, | Ecological Restoration, | Fort Collins, Colorado, United States | featured-project featured | ||
| MD 43 Mitigation at Hollyneck Vernal Pool Restoration | MD 43 Mitigation at Hollyneck Vernal Pool RestorationMaryland State Highway AdministrationBaltimore County, Maryland , United States | MD 43 Mitigation at Hollyneck Vernal Pool Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore County, Maryland, United States | |||
| Merry Lea Environmental Learning Center: Wastewater Treatment System | Merry Lea Environmental Learning Center: Wastewater Treatment SystemGoshen CollegeWolf Lake, Indiana , United States | Merry Lea Environmental Learning Center: Wastewater Treatment System | Regenerative Design, Water Management, | Wolf Lake, Indiana, United States | ||||
| Middle Bass Island Mitigation Design-Build | Middle Bass Island Mitigation Design-BuildOhio Department of Natural ResourcesMiddle Bass Island, Ohio , United States The Lake Erie Marina, located on Middle Bass Island just north of Port Clinton, Ohio, was in need of safety upgrades to fulfill the pressing needs of a growing boating community. In addition to replacing the marina, the Ohio Department of Natural Resources needed to add campground facilities and related grading, paving and storm drainage. Biohabitats and its sister construction company, Ecological Restoration & Management, devised a revegetation plan to allow for marina upgrades and campground construction while also enhancing the site’s ecological function and satisfying federal and state permit and mitigation requirements. After examining restoration approaches and details with the U.S. Army Corps of Engineers and Ohio Environmental Protection Agency, Biohabitats developed a technical memorandum documenting the best approach, or ‘value engineering,’ for the site’s planting plan. The plan recommendations, which maximized planting success and optimized project costs relative to satisfying permit and mitigation requirements, included: vernal pool planted with 133 trees; category 3 wetland planted with 37 shrubs; vegetated shallows planted with 6,898 submerged aquatic plants; and 0.24 acres of American lotus replacement. With Biohabitats’ planting plan installed, the upgraded marina not only has improved safety and value, but also ecological function as a harbor refuge. | Middle Bass Island Mitigation Design-Build | Great Lakes Bioregion, | Ecological Restoration, Design-Build, | Middle Bass Island, Ohio, United States | featured-project featured | ||
| Mill Creek Connector Trail and Ecological Restoration | Mill Creek Connector Trail and Ecological RestorationCleveland MetroparksCleveland, Ohio , United States | Mill Creek Connector Trail and Ecological Restoration | Great Lakes Bioregion, | Ecological Restoration, | Cleveland, Ohio, United States | |||
| Mine Brook Road | Mine Brook RoadEcological Solutions for Mine Brook Road, LLCBernards Township, New Jersey , United States | Mine Brook Road | Hudson River Bioregion, | Regenerative Design, Water Management, | Bernards Township, New Jersey, United States | |||
| Missionary Ridge Noxious Weed Inventory & Treatment | Missionary Ridge Noxious Weed Inventory & TreatmentU.S. Forest ServiceDurango, Colorado , United States | Missionary Ridge Noxious Weed Inventory & Treatment | Southern Rocky Mountain Bioregion, | Conservation Planning, | Durango, Colorado, United States | |||
| Monroe County Landfill | Monroe County LandfillMonroe County Solid Waste Management DistrictBloomington, Indiana , United States | Monroe County Landfill | Ohio River Bioregion, | Regenerative Design, Water Management, | Bloomington, Indiana, United States | |||
| Montgomery County Biological Monitoring | Montgomery County Biological MonitoringMontgomery County Department of Environmental ProtectionMontgomery County, Maryland , United States | Montgomery County Biological Monitoring | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Montgomery County, Maryland, United States | |||
| Montgomery County Rainscapes | Montgomery County RainscapesMontgomery County Department of Environmental ProtectionMontgomery County, Maryland , United States | Montgomery County Rainscapes | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Montgomery County, Maryland, United States | |||
| Morris County Parks Horticultural Strategic Facilities Master Plan | Morris County Parks Horticultural Strategic Facilities Master PlanMorris County Parks CommissionMorris County, New Jersey , United States | Morris County Parks Horticultural Strategic Facilities Master Plan | Hudson River Bioregion, | Conservation Planning, | Morris County, New Jersey, United States | |||
| Muckalee Creek Wetland and Stream Mitigation Bank | Muckalee Creek Wetland and Stream Mitigation BankGeorgia Department of TransportationSumter County, Georgia , United States | Muckalee Creek Wetland and Stream Mitigation Bank | Southeast Atlantic Bioregion, | Ecological Restoration, | Sumter County, Georgia, United States | |||
| Muskegon Lake Corridor Ecological Restoration Master Plan | Muskegon Lake Corridor Ecological Restoration Master PlanU.S. Environmental Protection Agency, Great Lakes National Program OfficeMuskegon, Michigan , United States | Muskegon Lake Corridor Ecological Restoration Master Plan | Great Lakes Bioregion, | Ecological Restoration, | Muskegon, Michigan, United States | |||
| Muskrat Cove Pipe Remediation and Streambank Stabilization | Muskrat Cove Pipe Remediation and Streambank StabilizationBronx River AllianceYonkers, New York , United States | Muskrat Cove Pipe Remediation and Streambank Stabilization | Hudson River Bioregion, | Ecological Restoration, | Yonkers, New York, United States | |||
| National Fish And Wildlife Foundation –Technical Assistance Program | National Fish And Wildlife Foundation –Technical Assistance ProgramNational Fish and Wildlife FoundationVarious locationsChesapeake Bay Watershed , United States | National Fish And Wildlife Foundation –Technical Assistance Program | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Various locations, Chesapeake Bay Watershed, United States | |||
| Nearshore Aquatic and Terrestrial Ecological Assessment of Whiskey Island | Nearshore Aquatic and Terrestrial Ecological Assessment of Whiskey IslandCuyahoga County Planning CommissionCleveland, Ohio , United States | Nearshore Aquatic and Terrestrial Ecological Assessment of Whiskey Island | Great Lakes Bioregion, | Conservation Planning, Ecological Restoration, | Cleveland, Ohio, United States | |||
| Nemours Mansion & Gardens Water Management Plan | Nemours Mansion & Gardens Water Management PlanNemours Mansion & GardensWilmington, Delaware , United States | Nemours Mansion & Gardens Water Management Plan | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Water Management, | Wilmington, Delaware, United States | |||
| New York City Green Roof Implementation Services | New York City Green Roof Implementation ServicesNew York City Department of Environmental ProtectionNew York City, New York , United States | New York City Green Roof Implementation Services | Hudson River Bioregion, | Regenerative Design, | New York City, New York, United States | |||
| New York City Long Term Control Plan Stormwater BMP Assessment Project | New York City Long Term Control Plan Stormwater BMP Assessment ProjectNew York City Department of Environmental ProtectionNew York City, New York , United States | New York City Long Term Control Plan Stormwater BMP Assessment Project | Hudson River Bioregion, | Regenerative Design, | New York City, New York, United States | |||
| New York City Stormwater Pilots | New York City Stormwater PilotsNew York City Department of Environmental ProtectionNew York City, New York , United States Biohabitats, along with joint venture partners, is working with New York City Department of Environmental Protection to implement a variety of stormwater best management practices throughout the City. The pilots involve retrofitting buildings, paved areas, and parking lots to demonstrate the effectiveness of green infrastructure for slowing and reducing stormwater runoff that enters the combined sewer system. The pilots are also being designed to treat stormwater before it enters the sewer system, provide more pervious surfaces, improve drainage, improve habitat, and reduce heat island effects. The pilot sites will be monitored to document their effectiveness. The results will provide specific information about feasible inflow/outflow rates, water quality treatment potential and the overall cost effectiveness of green infrastructure given New York City’s climatic and environmental conditions. The monitoring data will be used to develop effective green infrastructure designs and implementation strategies that can provide stormwater benefits, reduce urban heat island effects, and improve urban wildlife habitat and neighborhood aesthetics. | New York City Stormwater Pilots | Hudson River Bioregion, | Conservation Planning, | New York City, New York, United States | featured-project featured | ||
| Nine Mile Creek Watershed Improvement | Nine Mile Creek Watershed ImprovementCity of South EuclidSouth Euclid, Ohio , United States | Nine Mile Creek Watershed Improvement | Great Lakes Bioregion, | Regenerative Design, | South Euclid, Ohio, United States | |||
| Nine Mile Run Aquatic Ecosystem Restoration | Nine Mile Run Aquatic Ecosystem RestorationU.S. Army Corps of Engineers, Pittsburgh District; City of Pittsburgh, Department of City PlanningPittsburgh, Pennsylvania , United States | Nine Mile Run Aquatic Ecosystem Restoration | Ohio River Bioregion, | Ecological Restoration, | Pittsburgh, Pennsylvania, United States | |||
| Nixon Farm Mitigation Site | Nixon Farm Mitigation SiteMaryland Department of TransportationHoward County , United States | Nixon Farm Mitigation Site | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Howard County, United States | |||
| North Delaware Riverfront Greenway–Lardner’s Point Park | North Delaware Riverfront Greenway–Lardner’s Point ParkDelaware River City Corporation & Pennsylvania Environmental CouncilPhiladelphia, Pennsylvania , United States | North Delaware Riverfront Greenway–Lardner’s Point Park | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Philadelphia, Pennsylvania, United States | |||
| Odum School of Ecology Design | Odum School of Ecology DesignUniversity of GeorgiaAthens, Georgia , United States | Odum School of Ecology Design | Southeast Atlantic Bioregion, | Regenerative Design, | Athens, Georgia, United States | |||
| Okefenokee National Wildlife Refuge Post-fire Invasive Plant Surveillance | Okefenokee National Wildlife Refuge Post-fire Invasive Plant SurveillanceOkefenokee National Wildlife RefugeVarious locationsSoutheast Georgia , United States | Okefenokee National Wildlife Refuge Post-fire Invasive Plant Surveillance | Southeast Atlantic Bioregion, | Conservation Planning, | Various locations, Southeast Georgia, United States | |||
| Omega Center for Sustainable Living | Omega Center for Sustainable LivingOmega InstituteRhinebeck, New York , United States The Omega Center for Sustainable Living is a new wastewater treatment and environmental education facility located at the Omega Institute for Holistic Studies, a New York-based wellness center. BNIM Architects designed a new 6,200 square foot facility on a 4.5 acre site to house the ecological wastewater treatment facility and provide the dual functions of education and inspiration. The natural wastewater treatment facility was designed together with John Todd Ecological Design (JTED) to replace the Institute’s existing wastewater infrastructure, which consisted of a network of aging septic systems. The 52,000 gallon per day wastewater treatment system is a low energy and low maintenance system with six treatment steps. Components include primary treatment, an anoxic tank, subsurface flow constructed wetlands, an indoor aerated lagoon, a recirculating sand filter and subsurface dispersal. The effluent water quality meets all of the State of New York water quality standards for the land application/subsurface disposal of treated effluent. This will allow the Institute to potentially reuse the water to irrigate 2.5 acres of the campus using a pressure-dosed subsurface irrigation system in the future. The Omega Institute will use the wastewater facility as a teaching tool in their educational program designed around the ecological impact of their campus. The facility has been operational since July, 2009. The facility was awarded the AIA COTE ‘Top 10 Green Projects’ and LEED Platinum certification in 2010. The building was also one of the world’s first (one of two) certified Living Buildings. | Omega Center for Sustainable Living | Hudson River Bioregion, | Regenerative Design, Water Management, | Rhinebeck, New York, United States | featured-project featured | ||
| Omnilife Stadium 100% Wastewater Treatment & Reuse | Omnilife Stadium 100% Wastewater Treatment & ReuseHOK MexicoGuadalajaraJalisco , Mexico With a seating capacity of 49,850, Omnilife Stadium is Mexico’s fourth largest stadium. It is also the first major stadium with a total wastewater treatment and reuse system. Approximately 136,000 gallons (515 cubic meters) of wastewater is collected from the stadium during each game. Wastewater is equalized and metered out at 20,000 gallons per day into an onsite treatment system. The unique treatment system, designed by Biohabitats, utilizes trickling filters, constructed wetlands, and sand filters to purify the water. Treated water is disinfected before being utilized in the stadium for toilet flushing, irrigation, and stadium washdown. | Omnilife Stadium 100% Wastewater Treatment & Reuse | Regenerative Design, Water Management, | Guadalajara, Jalisco, Mexico | featured-project featured | |||
| Oyster Harbor Natural Drainage Assessment and Planning Project | Oyster Harbor Natural Drainage Assessment and Planning ProjectOyster Harbor Citizens AssociationOyster Harbor, Maryland , United States | Oyster Harbor Natural Drainage Assessment and Planning Project | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Oyster Harbor, Maryland, United States | |||
| Paint Branch Headwater Restoration | Paint Branch Headwater RestorationMaryland State Highway AdministrationMontgomery County, Maryland , United States | Paint Branch Headwater Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Montgomery County, Maryland, United States | |||
| Pete V. Domenici United States Courthouse–Arid Region Urban Landscape & Water Harvesting Retrofit | Pete V. Domenici United States Courthouse–Arid Region Urban Landscape & Water Harvesting RetrofitU.S. General Services AdministrationAlbuquerque, New Mexico , United States | Pete V. Domenici United States Courthouse–Arid Region Urban Landscape & Water Harvesting Retrofit | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Albuquerque, New Mexico, United States | |||
| Philadelphia Water Department–Stormwater Outfall BMP Retrofit Study | Philadelphia Water Department–Stormwater Outfall BMP Retrofit StudyPhiladelphia Water DepartmentPhiladelphia, Pennsylvania , United States | Philadelphia Water Department–Stormwater Outfall BMP Retrofit Study | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Philadelphia, Pennsylvania, United States | |||
| Pike Creek at Independence School Stream Restoration | Pike Creek at Independence School Stream RestorationDelaware Department of Natural Resources and Environmental ControlNew Castle County, Delaware , United States | Pike Creek at Independence School Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | New Castle County, Delaware, United States | |||
| Pike Creek at Three Little Bakers Golf Course Stream Restoration | Pike Creek at Three Little Bakers Golf Course Stream RestorationDelaware Department of Natural Resources and Environmental ControlNew Castle County, Delaware , United States | Pike Creek at Three Little Bakers Golf Course Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | New Castle County, Delaware, United States | |||
| Pittsburgh Regional Parks Master Plan | Pittsburgh Regional Parks Master PlanPittsburgh Department of City PlanningPittsburgh, Pennsylvania , United States | Pittsburgh Regional Parks Master Plan | Ohio River Bioregion, | Conservation Planning, | Pittsburgh, Pennsylvania, United States | |||
| Playa Venao Wastewater Treatment & Reuse | Playa Venao Wastewater Treatment & ReusePlaya Venao Properties Inc.Azuero Coast , Panama | Playa Venao Wastewater Treatment & Reuse | Regenerative Design, Water Management, | , Azuero Coast, Panama | ||||
| Pocket Park Native Plant Landscape Plan | Pocket Park Native Plant Landscape PlanCity of South EuclidSouth Euclid, Ohio , United States | Pocket Park Native Plant Landscape Plan | Great Lakes Bioregion, | Conservation Planning, | South Euclid, Ohio, United States | |||
| Pope Branch Regenerative Stormwater Conveyance Design-Build | Pope Branch Regenerative Stormwater Conveyance Design-BuildGovernment of the District of Columbia, District Department of the Environment, Watershed Protection DivisionWashington, District of Columbia , United States | Pope Branch Regenerative Stormwater Conveyance Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Regenerative Design, Design-Build, | Washington, District of Columbia, United States | |||
| Pope Branch Stream Restoration | Pope Branch Stream RestorationGovernment of the District of Columbia, District Department of the Environment, Watershed Protection DivisionWashington, District of Columbia , United States | Pope Branch Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Regenerative Design, | Washington, District of Columbia, United States | |||
| Poplar Island Habitat Restoration | Poplar Island Habitat RestorationU.S. Army Corps of Engineers, Baltimore DistrictUpper Middle Chesapeake Bay, Maryland , United States | Poplar Island Habitat Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Upper Middle Chesapeake Bay, Maryland, United States | |||
| Proctors Creek Stream Restoration | Proctors Creek Stream RestorationVirginia Department of TransportationChester, Virginia , United States | Proctors Creek Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Chester, Virginia, United States | |||
| Punta Cacique | Punta CaciqueRevolution PlacesGuancaste , Costa Rica | Punta Cacique | Regenerative Design, Water Management, | , Guancaste, Costa Rica | ||||
| Raccoon Creek Stream & Wetland Mitigation Bank | Raccoon Creek Stream & Wetland Mitigation BankGeorgia Department of TransportationMitchell County, Georgia , United States | Raccoon Creek Stream & Wetland Mitigation Bank | Southeast Atlantic Bioregion, | Ecological Restoration, | Mitchell County, Georgia, United States | |||
| Regenerative Stormwater Conveyance Workshops | Regenerative Stormwater Conveyance WorkshopsAnne Arundel County Department of Public WorksAnnapolis, Maryland , United States | Regenerative Stormwater Conveyance Workshops | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Annapolis, Maryland, United States | |||
| Regional Parks Natural Areas Study | Regional Parks Natural Areas StudyCity of Pittsburgh, Department of City PlanningPittsburgh, Pennsylvania , United States | Regional Parks Natural Areas Study | Ohio River Bioregion, | Conservation Planning, | Pittsburgh, Pennsylvania, United States | |||
| RiverBend Commerce Park Site Development Plan | RiverBend Commerce Park Site Development PlanBuffalo Urban Development CorporationBuffalo, New York , United States As a key member of a planning/design team led by Sasaki Associates, Biohabitats oversaw the ecological restoration and green infrastructure components of the site development plan for this a 260-acre vacant brownfield site on the banks of the Buffalo River. Though the Buffalo River suffered neglect and abandonment throughout Buffalo’s industrial growth, it is now poised for a dramatic comeback. The RiverBend development will play a critical role in this revitalization process. Regeneration of the site and river’s ecological health will not only bring environmental benefits, it will also provide RiverBend with an array of recreation, cultural heritage and economic opportunities. RiverBend is intended to be a model for sustainable development that fosters long-term economic growth by leveraging the assets of the site and region. Place-making principals were applied to create special public spaces and a new community on the banks of the Buffalo River. The project aims to achieve the vision of the South Buffalo Brownfield Opportunity Area Master Plan in a manner that minimizes environmental impacts while fostering on-going remediation and environmental restoration of the Buffalo River. Biohabitats worked closely with Sasaki and other team members to ensure integration of ecological restoration and green infrastructure into the overall plan for the site. Biohabitats is also working with Buffalo Niagara Riverkeeper as they pursue restoration of 2,800 linear feet of the Buffalo River riparian zone at the RiverBend site. | RiverBend Commerce Park Site Development Plan | Great Lakes Bioregion, | Ecological Restoration, Regenerative Design, | Buffalo, New York, United States | featured-project featured | ||
| Rivers Casino Ecological Restoration | Rivers Casino Ecological RestorationPITG GamingPittsburgh, Pennsylvania , United States | Rivers Casino Ecological Restoration | Ohio River Bioregion, | Ecological Restoration, | Pittsburgh, Pennsylvania, United States | |||
| Rock Creek III, IV & V, and Ignacio Creek Stream Restoration Design-Build | Rock Creek III, IV & V, and Ignacio Creek Stream Restoration Design-BuildSouthern Ute Indian TribeLa Plata County, Colorado , United States | Rock Creek III, IV & V, and Ignacio Creek Stream Restoration Design-Build | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | La Plata County, Colorado, United States | |||
| Rock Creek–Bingham Run Regenerative Stormwater Conveyance Design-Build | Rock Creek–Bingham Run Regenerative Stormwater Conveyance Design-BuildDsitrict of Columbia Department of the EnvironmentWashington, District of Columbia , United States | Rock Creek–Bingham Run Regenerative Stormwater Conveyance Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Washington, District of Columbia, United States | |||
| Rock Creek–Milkhouse Regenerative Stream Conveyance Design-Build | Rock Creek–Milkhouse Regenerative Stream Conveyance Design-BuildDistrict of Columbia Department of the EnvironmentWashington, District of Columbia , United States | Rock Creek–Milkhouse Regenerative Stream Conveyance Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Washington, District of Columbia, United States | |||
| Rockcrest Stream Restoration | Rockcrest Stream RestorationCity of Rockville Department of Public WorksRockville, Maryland , United States | Rockcrest Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Rockville, Maryland, United States | |||
| Ruppert’s Ravine Phase II Tributary Restoration | Ruppert’s Ravine Phase II Tributary RestorationAnne Arundel County Department of Public WorksAnne Arundel County, Maryland , United States | Ruppert’s Ravine Phase II Tributary Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Anne Arundel County, Maryland, United States | |||
| Russo Properties Wetland Delineation | Russo Properties Wetland DelineationRusso Development CompanyMoonachie, New Jersey , United States | Russo Properties Wetland Delineation | Hudson River Bioregion, | Ecological Restoration, | Moonachie, New Jersey, United States | |||
| Rutgers Stormwater and Landscape Management Master Plan | Rutgers Stormwater and Landscape Management Master PlanRutgers UniversityPiscataway/New Brunswick, New Jersey , United States | Rutgers Stormwater and Landscape Management Master Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Piscataway/New Brunswick, New Jersey, United States | |||
| Saltworks | SaltworksDMB/CargillRedwood City, California , United States | Saltworks | Regenerative Design, | Redwood City, California, United States | ||||
| Saltworks Carbon Emissions Comparison | Saltworks Carbon Emissions ComparisonDMB/CargillRedwood City, California , United States | Saltworks Carbon Emissions Comparison | Redwood City, California, United States | |||||
| Sam’s Branch Tributary Watershed Assessment and Baseline Stream Monitoring | Sam’s Branch Tributary Watershed Assessment and Baseline Stream MonitoringHarford County Department of Public WorksHarford County, Maryland , United States | Sam’s Branch Tributary Watershed Assessment and Baseline Stream Monitoring | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Harford County, Maryland, United States | |||
| San Antonio River Improvements Project Concept Design | San Antonio River Improvements Project Concept DesignSan Antonio River AuthoritySan Antonio, Texas , United States | San Antonio River Improvements Project Concept Design | Regenerative Design, | San Antonio, Texas, United States | ||||
| San Diego Wild Animal Park Water Master Plan | San Diego Wild Animal Park Water Master PlanSan Diego ZooSan Diego, California , United States | San Diego Wild Animal Park Water Master Plan | Regenerative Design, Water Management, | San Diego, California, United States | ||||
| Santa Cruz Quilehtla Wastewater Treatment System | Santa Cruz Quilehtla Wastewater Treatment SystemCity of QuilehtlaQuilehtlaTlaxcala , Mexico | Santa Cruz Quilehtla Wastewater Treatment System | Regenerative Design, Water Management, | Quilehtla, Tlaxcala, Mexico | ||||
| Santa Fe Greenhouses Rainwater Harvesting and Reuse | Santa Fe Greenhouses Rainwater Harvesting and ReuseSanta Fe GreenhousesSanta Fe, New Mexico , United States | Santa Fe Greenhouses Rainwater Harvesting and Reuse | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Santa Fe, New Mexico, United States | |||
| Serenbe Community Wastewater Collection, Treatment and Reuse System | Serenbe Community Wastewater Collection, Treatment and Reuse SystemPrivate OwnerFulton County, Georgia , United States | Serenbe Community Wastewater Collection, Treatment and Reuse System | Regenerative Design, Water Management, | Fulton County, Georgia, United States | ||||
| Sheridan and Cooksville Creeks Restoration Strategies | Sheridan and Cooksville Creeks Restoration StrategiesCredit Valley ConservationMississaugaOntario , Canada | Sheridan and Cooksville Creeks Restoration Strategies | Great Lakes Bioregion, | Ecological Restoration, | Mississauga, Ontario, Canada | |||
| Sidwell Friends Middle School Natural Wastewater and Stormwater Treatment Reuse System | Sidwell Friends Middle School Natural Wastewater and Stormwater Treatment Reuse SystemSidwell Friends SchoolWashington, District of Columbia , United States | Sidwell Friends Middle School Natural Wastewater and Stormwater Treatment Reuse System | Regenerative Design, Water Management, | Washington, District of Columbia, United States | ||||
| Silver Creek Stream Restoration Design-Build | Silver Creek Stream Restoration Design-BuildGeauga Park DistrictRussell Township, Ohio , United States | Silver Creek Stream Restoration Design-Build | Great Lakes Bioregion, | Ecological Restoration, Design-Build, | Russell Township, Ohio, United States | |||
| South Ashley Street Redevelopment Project | South Ashley Street Redevelopment ProjectPMA EngineeringAnn Arbor, Michigan , United States | South Ashley Street Redevelopment Project | Regenerative Design, Water Management, | Ann Arbor, Michigan, United States | ||||
| South Boulder Creek Aquatic Habitat Design-Build | South Boulder Creek Aquatic Habitat Design-BuildCity of Boulder, Open Space and Mountain Parks DepartmentBoulder, Colorado , United States South Boulder Creek is a major stream corridor that provides significant ecological and recreational benefits for the City of Boulder. The City Open Space and Mountain Parks (OSMP) department wanted to improve aquatic habitat in approximately two miles of the creek which had suffered the impacts of water diversions, channel modifications, and grazing. Of particular concern was the lack of available overwintering fish habitat during low-flow winter months. To address the low flow concerns, the City negotiated a minimum flow of seven cfs in the winter--an improvement from the previously common low flows of 1 cfs. The Colorado Division of Wildlife, which awarded a ‘Fishing is Fun’ grant to help fund the project, will stock the project area with a Whirling Disease-resistant rainbow trout (Hofer-strain) to try to establish a self-sustaining population for recreational fishing. Biohabitats was selected as the design-build contractor for this major fish habitat restoration project. Because the channel morphologic conditions varied within each reach of the project area, a spectrum of solutions was required. The overall approach is to enhance, create, and maximize fish habitat throughout four reaches by leveraging existing stream features and applying treatments in targeted locations to address specific morphologic issues. Techniques such as boulder clusters, a low flow meander channel, side pools, meander cut off, log pools, log wing deflectors, and woody debris clumps will be used to improve aquatic habitat. Biohabitats completed all Section 404 permitting, including biological assessments for Federally Endangered Species. | South Boulder Creek Aquatic Habitat Design-Build | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | Boulder, Colorado, United States | featured-project featured | ||
| South Meadow Lake Restoration Design-Build | South Meadow Lake Restoration Design-BuildFairmount Park CommissionPhiladelphia, Pennsylvania , United States | South Meadow Lake Restoration Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Philadelphia, Pennsylvania, United States | |||
| Spring Garden Street Pier Initial Feasibility & Concept Plan | Spring Garden Street Pier Initial Feasibility & Concept PlanDelaware River Waterfront CorporationPhiladelphia, Pennsylvania , United States | Spring Garden Street Pier Initial Feasibility & Concept Plan | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Philadelphia, Pennsylvania, United States | |||
| St. Mary’s College Water Quality Comprehensive Plan | St. Mary’s College Water Quality Comprehensive PlanSt. Mary’s College of MarylandSt. Mary’s City, Maryland , United States | St. Mary’s College Water Quality Comprehensive Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | St. Mary’s City, Maryland, United States | |||
| St. Vrain Creek Riparian Corridor Protection Plan | St. Vrain Creek Riparian Corridor Protection PlanCity of Longmont, Public Works and Natural Resources DepartmentLongmont, Colorado , United States | St. Vrain Creek Riparian Corridor Protection Plan | Southern Rocky Mountain Bioregion, | Ecological Restoration, | Longmont, Colorado, United States | |||
| State Forest State Park Ecological Assessment | State Forest State Park Ecological AssessmentColorado State ParksWalden, Colorado , United States | State Forest State Park Ecological Assessment | Southern Rocky Mountain Bioregion, | Conservation Planning, | Walden, Colorado, United States | |||
| Stormwater Management Concept Plan | Stormwater Management Concept PlanUniversity of North Carolina–Carolina NorthChapel Hill, North Carolina , United States | Stormwater Management Concept Plan | Southeast Atlantic Bioregion, | Conservation Planning, | Chapel Hill, North Carolina, United States | |||
| Stormwater Retrofit Reconnaissance Support | Stormwater Retrofit Reconnaissance SupportCuyahoga Soil & Water Conservation DistrictCuyahoga County, Ohio , United States | Stormwater Retrofit Reconnaissance Support | Great Lakes Bioregion, | Regenerative Design, | Cuyahoga County, Ohio, United States | |||
| Stream Daylighting at the Dell | Stream Daylighting at the DellThe University of VirginiaCharlottesville, Virginia , United States | Stream Daylighting at the Dell | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Charlottesville, Virginia, United States | |||
| Stream Relocation at Emmet Street Garage | Stream Relocation at Emmet Street GarageThe University of VirginiaCharlottesville, Virginia , United States | Stream Relocation at Emmet Street Garage | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Charlottesville, Virginia, United States | |||
| Stroud Water Research Center Ecological Wastewater System Upgrades | Stroud Water Research Center Ecological Wastewater System UpgradesStroud Water Research CenterAvondale, Pennsylvania , United States | Stroud Water Research Center Ecological Wastewater System Upgrades | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Water Management, | Avondale, Pennsylvania, United States | |||
| Swedish Embassy Rock Creek Bank Stabilization Design-Build | Swedish Embassy Rock Creek Bank Stabilization Design-BuildArmada Hoffler Construction of Washington DCWashington, District of Columbia , United States | Swedish Embassy Rock Creek Bank Stabilization Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Washington, District of Columbia, United States | |||
| Tarryall Creek Stream Restoration Design-Build | Tarryall Creek Stream Restoration Design-BuildColorado Open LandsPark County, Colorado , United States | Tarryall Creek Stream Restoration Design-Build | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | Park County, Colorado, United States | |||
| Task Order #1: Detroit District, Underwood Creek Section 206 Feasibility Study | Task Order #1: Detroit District, Underwood Creek Section 206 Feasibility StudyU.S. Army Corps of Engineers, Detroit DistrictWauwatosa, Wisconsin , United States | Task Order #1: Detroit District, Underwood Creek Section 206 Feasibility Study | Great Lakes Bioregion, | Ecological Restoration, | Wauwatosa, Wisconsin, United States | |||
| Tempe Transit Center: Urban Water Reuse | Tempe Transit Center: Urban Water ReuseCity of TempeTempe, Arizona , United States | Tempe Transit Center: Urban Water Reuse | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Tempe, Arizona, United States | |||
| Terry’s Branch Stream Restoration | Terry’s Branch Stream RestorationKentucky Department of Fish & Wildlife Resources and Kentucky Finance & Administration CabinetKnott County, Kentucky , United States | Terry’s Branch Stream Restoration | Ohio River Bioregion, | Ecological Restoration, | Knott County, Kentucky, United States | |||
| The College of Charleston Dixie Plantation, Environmental Learning Center | The College of Charleston Dixie Plantation, Environmental Learning CenterCollege of CharlestonCharleston, South Carolina , United States | The College of Charleston Dixie Plantation, Environmental Learning Center | Southeast Atlantic Bioregion, | Conservation Planning, | Charleston, South Carolina, United States | |||
| The Galisteo Basin Preserve | The Galisteo Basin PreserveCommonweal ConservancySanta Fe County, New Mexico , United States | The Galisteo Basin Preserve | Southwest Basin & Range Bioregion, | Regenerative Design, Water Management, | Santa Fe County, New Mexico, United States | |||
| The Preserve at Severn Innovative LID Regenerative Stormwater Conveyance | The Preserve at Severn Innovative LID Regenerative Stormwater ConveyanceUnderwood & AssociatesAnne Arundel County, Maryland , United States | The Preserve at Severn Innovative LID Regenerative Stormwater Conveyance | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Anne Arundel County, Maryland, United States | |||
| The Tidal Schuylkill River Master Plan | The Tidal Schuylkill River Master PlanSchuylkill River Development CouncilPhiladelphia, Pennsylvania , United States | The Tidal Schuylkill River Master Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Philadelphia, Pennsylvania, United States | |||
| The Willow School Sustainable Wastewater & Stormwater Treatment Systems | The Willow School Sustainable Wastewater & Stormwater Treatment SystemsThe Willow SchoolGladstone, New Jersey , United States | The Willow School Sustainable Wastewater & Stormwater Treatment Systems | Regenerative Design, Water Management, | Gladstone, New Jersey, United States | ||||
| Tidal Wetland Mitigation for Cox Creek Dredged Material Containment Facility | Tidal Wetland Mitigation for Cox Creek Dredged Material Containment FacilityMaryland Port Administration & Maryland Environmental ServiceBaltimore, Maryland , United States | Tidal Wetland Mitigation for Cox Creek Dredged Material Containment Facility | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Baltimore, Maryland, United States | |||
| Timberline Wetland Mitigation Review and Revegetation | Timberline Wetland Mitigation Review and RevegetationCity of Fort CollinsFort Collins, Colorado , United States | Timberline Wetland Mitigation Review and Revegetation | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | Fort Collins, Colorado, United States | |||
| Towson University Garage Addition Stream Restoration & Water Quality BMPs | Towson University Garage Addition Stream Restoration & Water Quality BMPsTowson University Facilities ManagementTowson, Maryland , United States | Towson University Garage Addition Stream Restoration & Water Quality BMPs | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Towson, Maryland, United States | |||
| U Del. Integrated Science & Eng. Bldg. & Utility Plant Stormwater Mgmt. | U Del. Integrated Science & Eng. Bldg. & Utility Plant Stormwater Mgmt.University of DelawareNewark, Delaware , United States | U Del. Integrated Science & Eng. Bldg. & Utility Plant Stormwater Mgmt. | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, | Newark, Delaware, United States | |||
| Udall Natural Area Riparian Restoration Concept | Udall Natural Area Riparian Restoration ConceptCity of Fort Collins Natural Areas ProgramFort Collins, Colorado , United States | Udall Natural Area Riparian Restoration Concept | Southern Rocky Mountain Bioregion, | Ecological Restoration, | Fort Collins, Colorado, United States | |||
| UNC Stormwater Master Plan | UNC Stormwater Master PlanUniversity of North Carolina–Chapel HillChapel Hill, North Carolina , United States | UNC Stormwater Master Plan | Southeast Atlantic Bioregion, | Conservation Planning, | Chapel Hill, North Carolina, United States | |||
| University of Maryland Facilities Master Plan | University of Maryland Facilities Master PlanUniversity of MarylandCollege Park, Maryland , United States | University of Maryland Facilities Master Plan | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | College Park, Maryland, United States | |||
| University of North Carolina Charlotte Master Plan | University of North Carolina Charlotte Master PlanUniversity of North Carolina CharlotteCharlotte, North Carolina , United States | University of North Carolina Charlotte Master Plan | Southeast Atlantic Bioregion, | Conservation Planning, | Charlotte, North Carolina, United States | |||
| University of North Carolina Charlotte Stormwater Management Plan & Small MS4 Phase II NPDES Application | University of North Carolina Charlotte Stormwater Management Plan & Small MS4 Phase II NPDES ApplicationUniversity of North Carolina CharlotteCharlotte, North Carolina , United States | University of North Carolina Charlotte Stormwater Management Plan & Small MS4 Phase II NPDES Application | Southeast Atlantic Bioregion, | Regenerative Design, | Charlotte, North Carolina, United States | |||
| Upper Patuxent River Watershed Assessment | Upper Patuxent River Watershed AssessmentAnne Arundel County Department of Public WorksAnne Arundel County,, Maryland , United States | Upper Patuxent River Watershed Assessment | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, | Anne Arundel County,, Maryland, United States | |||
| Valley Road Channel Restoration Design-Build | Valley Road Channel Restoration Design-BuildCity of HagerstownFairgrounds Park, Hagerstown, Maryland , United States | Valley Road Channel Restoration Design-Build | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Design-Build, | Fairgrounds Park, Hagerstown, Maryland, United States | |||
| Virginia Tech Stadium Forest Assessment | Virginia Tech Stadium Forest AssessmentVirginia Tech Office of University PlanningBlacksburg, Virginia , United States | Virginia Tech Stadium Forest Assessment | Ohio River Bioregion, | Conservation Planning, | Blacksburg, Virginia, United States | |||
| Visionary Wastewater Treatment Design for a Visionary’s Institute | Visionary Wastewater Treatment Design for a Visionary’s InstituteRodale InstituteKutztown, Pennsylvania , United States | Visionary Wastewater Treatment Design for a Visionary’s Institute | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Water Management, | Kutztown, Pennsylvania, United States | |||
| Wake Forest University Campus Master Plan | Wake Forest University Campus Master PlanWake Forest UniversityWinston-Salem, North Carolina , United States | Wake Forest University Campus Master Plan | Southeast Atlantic Bioregion, | Conservation Planning, | Winston-Salem, North Carolina, United States | |||
| Warm Springs Wetland Mitigation | Warm Springs Wetland MitigationWarm Springs Wetland, LLCPark County, Colorado , United States | Warm Springs Wetland Mitigation | Southern Rocky Mountain Bioregion, | Ecological Restoration, Design-Build, | Park County, Colorado, United States | |||
| Washington Avenue Green Design-Build | Washington Avenue Green Design-BuildDelaware River Waterfront CorporationPhiladelphia, Pennsylvania , United States | Washington Avenue Green Design-Build | Chesapeake / Delaware Bays Bioregion, | Regenerative Design, Design-Build, | Philadelphia, Pennsylvania, United States | |||
| West Creek Stewardship Center | West Creek Stewardship CenterCleveland MetroparksCleveland, Ohio , United States | West Creek Stewardship Center | Great Lakes Bioregion, | Ecological Restoration, | Cleveland, Ohio, United States | |||
| West Creek Stream Restoration | West Creek Stream RestorationNortheast Ohio Regional Sewer DistrictCleveland, Ohio , United States | West Creek Stream Restoration | Great Lakes Bioregion, | Ecological Restoration, | Cleveland, Ohio, United States | |||
| West Hawaii Campus Treatment and Reuse/Dispersal System | West Hawaii Campus Treatment and Reuse/Dispersal SystemUniversity of HawaiiNorth Kona, Hawaii , United States | West Hawaii Campus Treatment and Reuse/Dispersal System | Regenerative Design, Water Management, | North Kona, Hawaii, United States | ||||
| Wilmington River Walk | Wilmington River WalkRiverfront Development CorporationWilmington, Delaware , United States | Wilmington River Walk | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Wilmington, Delaware, United States | |||
| Windsor Ridge Stream Restoration | Windsor Ridge Stream RestorationAnne Arundel County Department of Public WorksAnne Arundel County, Maryland , United States | Windsor Ridge Stream Restoration | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, | Anne Arundel County, Maryland, United States | |||
| Wissahickon Creek Ecosystem Restoration Feasibility Study | Wissahickon Creek Ecosystem Restoration Feasibility StudyU.S. Army Corps of Engineers, Philadelphia DistrictPhiladelphia, Pennsylvania , United States | Wissahickon Creek Ecosystem Restoration Feasibility Study | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Ecological Restoration, | Philadelphia, Pennsylvania, United States | |||
| Wissahickon Sand Seepage Stormwater BMP | Wissahickon Sand Seepage Stormwater BMPWissahickon Valley Watershed AssociationPhiladelphia, Pennsylvania , United States | Wissahickon Sand Seepage Stormwater BMP | Chesapeake / Delaware Bays Bioregion, | Ecological Restoration, Regenerative Design, | Philadelphia, Pennsylvania, United States | |||
| Woodbrook Lagoons Enhancement Project | Woodbrook Lagoons Enhancement ProjectCounty of AlbemarleCharlottesville, Virginia , United States | Woodbrook Lagoons Enhancement Project | Southeast Atlantic Bioregion, | Ecological Restoration, | Charlottesville, Virginia, United States | |||
| Woodland Park Zoo On-Site Water Treatment and Reuse System | Woodland Park Zoo On-Site Water Treatment and Reuse SystemWoodland Park ZooSeattle, Washington , United States | Woodland Park Zoo On-Site Water Treatment and Reuse System | Regenerative Design, Water Management, | Seattle, Washington, United States | ||||
| WSSC Water Resources Engineering Services On-Call | WSSC Water Resources Engineering Services On-CallWashington Suburban Sanitary CommissionCity of Rockville, Montgomery County & Prince George's County, Maryland , United States | WSSC Water Resources Engineering Services On-Call | Chesapeake / Delaware Bays Bioregion, | Conservation Planning, Regenerative Design, | City of Rockville, Montgomery County & Prince George's County, Maryland, United States |