42 



CONSOLIDATED TABLES OF 



MASSACHUSETTS. 



Mean Amount of Precipitation in Rain and Melted 



1. Amherst' . . 



2. Andover . . 



3. I!ald\vinsville 



4. Barnstable . 



5. Boston >> . . . 



7. Bi-adford ■" . 



8. Bridgewater ' 



9. Cambridge'' 



10. Canton . . . 



11. Charlestown ' 



12. Chelsea s . . 



13. Clinton . . 



14. Fall River 



15. Falmouth . 



16. Fitchburg . 



17. Florida . . 



18. Fort Sewall . . . 



19. Fort Warren . . 



20. Framingham . . 



21. Georgetown . . . 



22. Hinsdale . . . . 



23. Kingston . . . . 



24. Lake Cochituate 



25. Lawrence . . . . 



26. Lynn 



27. Lowell 



28. Lunenburg . 



29. Mcndon . . . 



30. Milton . . . 



31. Nantucket . 



32. New Bedford ' 



33. Newbury . . 



34. Newburyport 



35. North Adams' . 



36. North Attleboro . 



37. North Billerica . 



38. Northampton . . 



39. Plainfield . . . . 



40. Princeton . . . . 



41. Richmond' . . . 



42. Salem 



43. Sandwich . . . . 



44. Somerset . . . . 



45. Southboro . . . . 



46. Southwick . . . , 



47. Springlield . . . 



72° 34' 



71 10 



72 04 

 70 19 

 7' 03 



71 03 



71 OS 



71 00 



71 07 



42°22'| 

 42 38 



42 37 



41 42 



42 21 



42 46 

 42 02 

 42 23 



42 10 71 08 

 71 04 

 71 00 



71 42 

 71 09 



70 37 



71 50 

 73 02 



70 50 



70 55 



71 26 

 71 00 

 73 08 



70 48 



71 23 

 71 10 



70 57 



71 19 



71 43 

 7« 34 

 70 44 

 70 06 

 70 56 



70 54 



70 52 



73 07 



71 20 



71 17 



72 38 



72 56 

 7' 53 



73 22 

 70 53 



70 30 



71 08 



71 32 



72 46 

 72 35 



42 25 



42 25 



41 



43 



1 4" 



33 



, 42 35 



42 42 



42 



30 



42 



19 



42 



19 



42 



43 



42 



27 



42 



00 



[ 42 



iS 



42 



42 



42 



28 



42 



38 



42 35 



42 



06 



42 



16 



41 



17 



4' 



39 



42 47 



42 



48 



42 42 



41 



59 



42 



35 



42 



19 



42 



31 



42 



28 



42 



23 



42 



31 



41 



45 



41 



47 



42 



18 



42 03 



42 



06 



150 

 225 

 1360, 



65 

 134 

 143 



316 



2.43 



3-44 

 3.12 



3-13 



1.98 



3-77 

 3-95 



4.22 

 2.66 

 4-75 



H13 



IIOO 



46 



0.80 

 3-79 



3-51 

 2.85 



4-99 

 3-23 

 4.26 



4-05 



3.00 

 1.44 

 I-I3 

 6.33 

 3-19 



1.67 

 2.26 

 2.97 



2.78 

 2.22 

 2.10 



3.12 

 4.26 



3.08 



3-45 

 2.86 

 3.36 

 3-77 

 3-34 



2.60 



3-14 



4.14 3.46 

 2.72 2.71 

 4.02 2.85 

 3-92 

 3-52 



1.63 

 3.22 



5-17 

 3-72 



3-31 

 5-38 



5.28 

 4.14 



2.94 

 2.31 



1. 00 



2.74 



4-05 

 3.00 

 0.80 



3-96 

 5.69 



2-35 

 3-84 



4.26 

 3-42 



3-69 

 3-47 



3-25 

 3-94 

 3-55 



4.o» 

 3.10 



3-«9 

 6.31 

 4.00 



3-76 

 3.56 



3-76 

 5.60 

 3.78 



3.60 

 2.56 



305 

 3-25 

 3.61 



3-70 

 1.61 



2-75 

 1.87 



5-77 



5-84 

 2.18 



2.29 

 2-95 



331 



4.0s 



2-43 

 7.01 

 3-58 



2.40 

 3-89 

 3-72 



3.20 

 4.60 



1213.81 

 33 i 2-o8 

 53 '•75 

 09 I 2.08 

 75 : 306 



i-SS 

 2.70 

 3.86 



3-33 

 3.00 



2.47 



3-95 3-71 

 11.50 . . 



2.36 

 3.66 

 3.28 

 2.60 

 3-18 

 4.12 



3-9° 

 4-31 



4.80 

 3.20 

 3.83 

 4.02 

 3-64 



4-74 

 S-oi 



5.16 



3.06 

 5-39 



5-42 

 3-41 



5-68 

 4-32 

 3-31 

 4.40 



3-45 

 4.46 



1.47 

 3-98 

 3.10 



2.36 

 1.50 



6.19 



4-05 

 3-53 



4.92 

 4.06 

 3-98 

 3-75 

 3-78 



0.58 

 3-71 



8.60 

 4.72 



3.00 

 7.80 



3-44 

 4-3' 



4-S5 

 4-73 



5.16 

 2.95 



3-46 

 2.76 



4-54 

 3.08 

 3.00 

 3-27 

 2.95 



4.92 

 2.47 



2-57 

 7-38 



1.70 



2-54 



4.16 

 3-56 

 1.58 

 3-Si 

 3-52 



2.77 

 3-42 



5.96 



2.44 

 313 

 1.40 



5-35 

 3-87 



3.62 



3-49 



2.52 



2.66 



8.14 

 356 

 2.10 

 10. 1 ^ 



4-47 

 6.87 



4.62 



4.67 



3-65 

 2.79 

 5.02 



3-42 

 2.80 



5-69 

 0.92 



4.18 



5.10 

 7.12 

 4-71 

 3-19 

 4.52 



5-42 

 4.64 



4.19 

 5.00 

 4.89 

 2.72 

 398 



6.86 



2.98 

 4.82 

 6-95 

 2-93 



4.96 



5-99 

 6.16 



7-57 

 5-52 



3.66 

 4-57 



323 

 1.06 

 2.31 



3-75 

 3-o8 



2.00 

 2.92 

 3-98 



4.06 

 0.70 



4.50 

 3-14 



5.40 

 2-54 

 3-40 



3-03 352 

 2.00 2.10 



7.62 

 5-94 



2.38 



2.38 

 2.28 

 9.25 

 6.07 

 3.56 



2.03 

 1.83 



3-37 

 5-47 

 1.52 

 6.77 

 5.10 



3.91 3.66 

 2.93 I 4-20 



3-74 

 346 

 2.83 

 316 

 331 



1.83 



392 

 3.60 

 3-I5 

 2.95 



512 

 3.80 

 2.59 

 2.94 



3.00 

 2.90 



4.00 

 3.20 

 3-42 

 3-57 

 3-50 



3-93 



3-55 

 3.22 

 2.70 

 2.34 



4.82 

 5-50 

 5.05 

 2.56 

 3-95 



5-73 

 4.48 



387 



25 

 4 

 4 



2.90 

 2.09 



3-77 



2.60 

 2.86 

 2.60 



2.34 

 3'97 

 4-33 

 3-05 

 3.22 



3.56 

 4.12 



4.21 

 3-05 

 3-54 

 3-38 

 3.88 



3-45 



5-12 

 3-59 

 4.00 



4.40 

 6.63 

 6.20 

 5-54 

 3-65 



4-94 

 4-34 



3.08 

 3-79 

 3-97 



4.98 

 2.27 

 1.25 



0-3S 

 1. 10 



3.88 

 331 

 3-65 

 3-36 

 1-93 

 3-64 



3-55 

 336 



4.06 

 2.46 

 3-32 

 4-77 

 3-8i 



0.66 

 3.60 



3.06 

 4.70 



3-59 

 5.04 



4.08 

 3-70 



387 

 3.12 



' Amherst College. •" Combined with Observations at Fort Independence. 



' Observations made with great care, snow and ice carefully melted. '' Normal School. 



' Harvard Observatory. 'The gauge is said to have been badly placed in this case, receiving only the water falling vertically. 



