Used to calculate:
Varies by: ecosystem
| Used | ecosystem | Reference | Location: Ecosystem (study period) |
Value | Units | Notes |
|---|
| * | Agricultural field / vegetable garden | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Airfield | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Airport terminal | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Alley | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Apartment building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | 4-7 story, 60,000 sq feet To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Beach | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Bike lane | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Bioswale | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Boulevard (arterial) | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Bridge | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Camp | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Cemetery | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Cistern / rain barrels | NULL REFERENCE | NULL REFERENCE LOCATON: NULL ECOSYSTEM (NULL STUDY PERIOD) | 0 | unitless coefficient | by Assumption. |
| * | Cliffs and rock outcrops | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Cogeneration plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Compost bin | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Computer data center | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Cottages / Mobile home | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Deep water estuary | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Derelict structures | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Diesel power plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Disturbed Land | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Eelgrass meadow | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Elevated train | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Estuary | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Factory | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Freshwater marsh | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Fuel storage tank | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Garage | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Gas station | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Geothermal pump | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Graywater recycling | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Greenhouse / vertical farm | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Green roof | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Hardwood swamp | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Heavy rail line | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Hemlock – northern hardwood forest | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | High salt marsh | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Highway | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Hospital | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Hotel | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Landfill | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Lawn | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Light rail line | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Low salt marsh | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Meadow | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: office / residential building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: restaurant / office building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: restaurant / residential building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: restaurant / retail building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: retail / office building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Mixed use: retail / residential building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Natural gas power plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Oak hickory forest | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Office building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Orchard | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Ornamental garden | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Parking lot | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Park savanna | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Paved ball field/court | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Pedestrian bridge | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Pedestrian street / plaza | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Permeable pavers | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Photovoltaic panels | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Pier | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Pond | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Public assembly hall | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Puddles on hardtops | NULL REFERENCE | NULL REFERENCE LOCATON: NULL ECOSYSTEM (NULL STUDY PERIOD) | None | DUMMY UNIT | |
| * | Restaurant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Retail building | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | School or university | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Sewage treatment plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Shrub land | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Sidewalk | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Single family home | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Solar energy facility | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Solar heating panels | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Solid waste transfer plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Stadium | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Stream | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Streetcar line | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Street (collector) | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Street trees | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Subway | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Swimming pool | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Tidal energy facility | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Traffic slowed street | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Trail | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Tunnel | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Utility yard | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Warehouse | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Waste energy power plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Water treatment plant | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Water/wastewater storage tank | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |
| * | Wind farm | Construction Multiplier index | USA:NYC: All () | 1.54 | unitless coefficient | To find the multiplier we took the average of several different multiplier estimates from projects in the city of New York. The projects were the redevelopment of ground zero, Williamsburg toll construction, NYU proposed construction plan, Proposed Cornell construction of an Energy Recovery linac facility, The northeastern energy direct project, and the Long Island – New York City Offshore Wind Project. The way multipliers were created was by taking the direct payments plus indirect and induced effects divided by the direct payment. We then took an average of the resulting multipliers to get a general multiplier. The Math behind this is: (1.60+1.75+1.12+1.60+1.63+1.55)/6=1.54 |