28 



CONSOLIDATED TABLES OF 



Annapolis " . . 

 Aurora . . . . 

 Beech Grove . 

 Bloomington '' . 



5. Cadiz, near 



6. Cannelton . 



7. Carthage . . . 



8. Columbia City . 



9. Evansville 



10. Farmers' Institute . 



11. Fort Wayne .... 



12. Greencastle .... 



13. Independence . . . 



14. Indianapoli.s .... 



15. Jalapa 



16. Kendallville . . . 



17. Kentland . . . 



18. Laconia ° . . . 

 ig. La Fayette . . 

 20. La Porte, near 



Livonia . 

 Loganspo 



23. Madison . . , 



24. Merom . . . . 



25. Michigan City 



26. Mishawaka "^ 



27. Mt. Carmel 



28. Mt. Hope . 



29. Muncie . . 



30. New Albany 



31. New Castle . . 



32. New Harmony 



33. North Liberty . 



34. Pcnnville . . . 

 Rensselaer . . 

 Richmond . . . 

 Richmond . . . 



38. Rising Sun 



39. Rockville . 



40. South Bend 



41. Spiceland . . . 



42. Steam Corners 



43. Sweetser . . . 



44. Valparaiso . . 



45 . Vevay 



46. Warsaw .... 



INDIANA. 



Mean Amount of Precipitation in Rain and Melted 



39° 52' 

 39 04 

 39 42 

 39 12 



39 55 



37 58 



39 45 

 41 10 



38 00 



40 20 



41 05 



39 39 



40 30 



39 47 



40 40 



41 21 



40 47 

 3805 



40 25 



41 37 



38 35 

 40 45 



3845 

 39 05 

 41 42 



39 25 



39 47 



40 12 



38 19 



39 56 



38 10 



41 32 



40 20 



40 56 

 .39 50 



39 50 



38 58 



39 46 



41 39 



39 5' 

 40 



40 36 



41 28 

 38 45 

 41 14 



87' 



I2'K 



84 55 



85 



24 



86 



33 



8S 



20 I 



8fa 



45 



85 



32 



85 



25 



87 



30 



86 



57 



85 



04 



86 



49 



85 



35 



86 



oq 



85 



48 



85 



14 



87 



22 



86 



03 



86 



52 



86 



43 



86 



IS 



86 



'9 



85 



20 



87 



30 



86 



49 



86 08 



84 



52 



85 



33 



85 



20 



85 50 



8S 



1 

 20 



87 



54 



86 



21 



8q 



00 



87 



05 



84 



51 



84 



5> 



84 50 1 



87 



10 



86 



12 



3090 



509 



94 



77 



1060 

 400 



625 

 863 



390 

 800 



85 26 

 87 



85 43 

 87 00 

 85 05 

 85 52 



4.85 

 2.71 

 4-37 

 2.48 



2.69 

 1.99 



323 

 1. 15 



000 

 350 



000 



725 

 S50 

 850 



550 

 1 100 

 600 



3-17 

 3-56 



5.98 

 3.16 



4.70 

 3.28 



2.30 

 1-55 



3-48 

 2.52 

 1. 14 



2-33 

 2.94 



0.80 

 2-37 

 1. 71 



2-53 



2.97 

 2.70 

 2.08 



2.90 

 1.28 



0.80 

 3.06 

 3.68 

 2.91 



2-51 

 2.70 



0.50 

 1.29 



2.62 

 1. 00 



2.48 

 5-94 

 3-40 



10.47 

 4-33 

 3-70 

 1-37 



2.20 

 3-41 



3-44 

 2.76 

 I. II 



3.80 



2.49 

 2.61 

 2.99 



3-6i 



3-09 



0.45 

 3.61 

 3.06 

 2.79 



3-52 

 0.76 

 2.01 



3-29 

 4.62 



5-57 

 2-34 



3-5° 

 2.51 



4.91 

 3-07 

 3.06 



3-65 

 4.22 



4-50 

 3.22 



1.40 

 3.66 



6.59 

 3-48 

 1.91 



1.87 

 2.98 

 4-59 



2-54 



2.41 

 2.25 4, 



3-32 

 1-75 



4-3S 

 3-13 

 4.87 

 3.16 



5.09 

 4.10 



S.25 

 3-89 



6.05 



.l.i's 



3-8i 



6-37 



14-25 

 4.14 

 5.10 

 3.20 



6.70 

 3-24 



3.56 



2.75 

 338 

 3-59 



4-39 

 3-63 



4-19 

 3-61 

 3-87 



3-05 

 3-78 

 3.60 

 3-73 



2.81 

 3-81 



"2.75 

 4.21 



558 

 4.12 



3-34 



6.00 

 2-93 

 4-45 

 3-92 



2.31 

 4-54 



4-45 

 2.16 



2.62 

 4.68 

 7.50 

 6.50 



9.2s 

 4.78 

 6.80 

 3.26 



3-85 5-45 

 4.43 2.81 



2.80 

 4.28 

 2.56 

 6.92 



2.40 

 6.60 



5-35 



7-'7 

 3.86 

 4.72 



1-54 

 2.74 

 4-93 



93 5- 16 

 00 3.00 

 3-84 



4.28 



3'3 

 6.75 



3-5' 



7.90 

 4-39 

 4-5« 



4.07 

 3.68 

 2.78 



3.66 

 3- JO 

 1-35 



4.40 



2-35 

 4.41 



4.48 

 4-5° 

 3-90 



2.34 

 3.66 

 4.26 



5.64 

 415 

 3.81 



5.72 

 1.84 

 2.82 



3-87 

 4.80 



5-13 

 4.18 

 6.92 



5-57 



5-55 

 2.20 



5.18 



5-44 

 6.75 

 369 



4-17 

 2.44 

 7.07 



12.00 

 3.28 

 8.00 

 6.73 



6.35 

 1.60 



2.92 

 4.07 

 3-54 



4.29 

 5.28 

 5.82 



0.82 



3-5° 

 4.00 



9- 

 50 



2.85 ] 2.40 2.60 



2.68 ! 3.69 

 4.13 i 1.87 

 2.19 



1.65 



3-07 



4.16 

 2.36 



3.61 I 5.. 



1.78 

 6.44 

 2.94 



2.59 

 3.06 



4-75 

 4-30 

 5-9° 

 5.10 



0.90 

 3-89 



6.11 

 1.66 

 372 



3-25 

 2.69 

 4.90 



3-64 

 3-41 

 4.50 



4.60 

 3-89 

 3-90 



2.84 

 06 2.12 

 94 3-37 



2.63 



3.01 



6-75 

 1.61 



2.57 

 6.50 



4-38 



4.00 

 1-93 



364' 

 2.85 

 1.40 



3-05 

 403 



2.84 

 1.66 

 505 



5 



3-34 



3-92 



44 

 37 

 57 



56 



25 



23 



3.28 

 1-75 



3-5° 

 2.52 



1-75 



2.58 

 0.75 



2.77 



2.70 

 2.57 



1.09 

 1.86 



2-55 



4.81 



2.34 

 2.24 

 2-59 



2.20 

 213 



5-25 

 2.28 



0-35 



2.40 



2.37 

 1.62 



4.14 

 318 



4.4I 



2.50 

 .3-84 



2.16 



2.27 

 1-30 



2.41 

 3.06 

 4.10 



6.57 

 4.08 

 3-75 



3-52 

 3-57 

 4-31 



2.79 



0.70 



2.19 

 4.20 



2-15 



3.00 

 3.22 



2.27 

 4.0s 



2.90 3.21 

 4.02 2.19 



2.62 

 2-33 



5-27 

 3-41 

 4.50 

 1.95 



2-75 

 3" 



1.94 

 2.46 

 2.74 



5-21 



3-47 

 3.02 



1. 25 



2.82 



3-'4 

 391 



5-15 

 2.58 



3- 19 



2.73 

 3-15 



392 

 1.02 



'Observations previous to October, 1870 at Harveysburg. 



'' Indiana University. 



