Report Upon the Physics and Hydraulics of the Mississippi River: Upon the Protection of the Alluvial Region Against Overflow; and Upon the Deepening of the Mouths ... Submitted to the Bureau of Topographical Engineers, War Department, 1861 |
Contents
16 | |
22 | |
28 | |
34 | |
41 | |
43 | |
55 | |
77 | |
359 | |
373 | |
385 | |
391 | |
397 | |
403 | |
409 | |
415 | |
90 | |
184 | |
200 | |
221 | |
229 | |
263 | |
269 | |
286 | |
297 | |
299 | |
305 | |
311 | |
317 | |
323 | |
330 | |
342 | |
419 | |
453 | |
459 | |
459 | |
459 | |
liv | |
lxv | |
lxxix | |
xc | |
xcviii | |
civ | |
cxii | |
cxviii | |
cxx | |
cxxvii | |
Other editions - View all
Report upon the Physics and Hydraulics of the Mississippi River H. L Abbot,A. A. Humphreys Limited preview - 2022 |
Report upon the Physics and Hydraulics of the Mississippi River H. L Abbot,A. A. Humphreys Limited preview - 2022 |
Common terms and phrases
alluvial region April Arkansas Arkansas river Atchafalaya basin base-line high basin Baton Rouge bayou La Fourche bend blue clay bluffs Bonnet Carré bottom lands Calm Cape Girardeau Carrollton channel Columbus computed crevasses cubic feet curve cut-off Date deduced deposit determined Discharge per second Distance Depth Donaldsonville effect elevation Ellet Engineers equation fall feet per second floats flood flow following table foot formula Forshey Francis river G'ge Wind gauge gulf height Helena high water high-water hydraulics inches Island July June La Fourche lake Pontchartrain levees Lieutenant low water low-water March maximum discharge mean velocity measurements Memphis miles Mississippi river Missouri mouth Natchez nearly observations Ohio Orleans oscillations overflow Plaquemine plate quantity ratio Red river Red-river landing rise sand Section sediment slope Southwest pass stream swamp Tensas tide tion tributaries upper Vicksburg water surface width Yazoo bottom Yazoo river