Monroe — commute flow to neighboring towns/cities (2023)
Ashfield — 0 (Upper-middle)Bernardston — 0 (Upper-middle)Buckland — 3 (Higher)Charlemont — 2 (Higher)Colrain — 1 (Upper-middle)Conway — 0 (Upper-middle)Deerfield — 0 (Upper-middle)Erving — 0 (Upper-middle)Gill — 0 (Upper-middle)Greenfield — 3 (Higher)Hawley — 0 (Upper-middle)Heath — 2 (Higher)Leverett — 0 (Upper-middle)Leyden — 1 (Upper-middle)Montague — 0 (Upper-middle)New Salem — 0 (Upper-middle)Northfield — 0 (Upper-middle)Orange — 0 (Upper-middle)Rowe — 3 (Higher)Shelburne — 3 (Higher)Shutesbury — 0 (Upper-middle)Sunderland — 0 (Upper-middle)Warwick — 0 (Upper-middle)Wendell — 0 (Upper-middle)Whately — 1 (Upper-middle)Monroe — no data (unmeasured)
Where this is
Shading: Total Jobs
Upper-middle (0 to 1)Higher (2 to 3)No data
Each unit is shaded by its Total Jobs value and grouped into equal-count bands (quantiles) against the other units shown — lighter = lower, darker = higher. It ranks position among the units in view; it does not grade places, and the ranges shift with which units are shown.
The map is bounded to this parent geography — it shows the selected unit among its own siblings only, the same depth rule the drill-down uses. Shading ranks position on the measure among the units shown; it does not grade places.

Click a neighboring town/city to see its own commute flow.

Town/CityTotal Jobs
Buckland3
Shelburne3
Greenfield3
Rowe3
Wilmington2
Amherst Town2
Heath2
Boston2
Charlemont2
West Springfield Town2

Scroll to Top