Tail ditch, conservation efforts, Crooked Arm Branch, Tennessee, 1967
Great Smoky Mountains National Park
Annual soil and moisture conservation report, 1967 FY. The banks of the crooked Arm Branch were resloped at the point indicated on the map...The waterway was improved and the banks seeded. A tail-ditch from a culvert was reshaped and seeded, enabling the entire area to be mowed with a machine, and preventing erosion...This is leased farmland. Tail ditch at Crooked Arm Branch, Hugh Myers lease.Soil and Moisture Conservation, IV-Z-15114, Miscellaneous
Tail ditch, conservation efforts, Crooked Arm Branch, Tennessee, 1967
Great Smoky Mountains National Park
Annual soil and moisture conservation report, 1967 FY. The banks of the crooked Arm Branch were resloped at the point indicated on the map...The waterway was improved and the banks seeded. A tail-ditch from a culvert was reshaped and seeded, enabling the entire area to be mowed with a machine, and preventing erosion...This is leased farmland. Tail ditch at Crooked Arm Branch, Hugh Myers lease.Soil and Moisture Conservation, IV-Z-15116, Miscellaneous
Tail ditch, conservation efforts, Crooked Arm Branch, Tennessee, 1967
Great Smoky Mountains National Park
Annual soil and moisture conservation report, 1967 FY. The banks of the crooked Arm Branch were resloped at the point indicated on the map...The waterway was improved and the banks seeded. A tail-ditch from a culvert was reshaped and seeded, enabling the entire area to be mowed with a machine, and preventing erosion...This is leased farmland. Tail ditch at Crooked Arm Branch, Hugh Myers lease.Soil and Moisture Conservation, IV-Z-15115, Miscellaneous
Presidential papers
(Funding) Electronic format produced as part of Reclaiming the Everglades, a collaborative project of the University of Miami, Florida International University, and the Historical Museum of Southern Florida, funded by the Library of Congress/Ameritech National Digital Library Program.; Electronic format produced as part of Reclaiming the Everglades, a collaborative project of the University of Miami, Florida International University, and the Historical Museum of Southern Florida, funded by the Library of Congress/Ameritech National Digital Library Program.
1934
View of work progress on slope stabilization near park headquarters, Great Smoky Mountains, Gatlinburg, Tennessee
Great Smoky Mountains National Park
Stabilization of slope on US-441, near/headquarters by APW workers,Slope Stabilization, II-R-Const-7346, Physical Facilities - Roads - Construction of Roads
View of work progress on slope stabilization near park headquarters, Great Smoky Mountains, Gatlinburg, Tennessee
Great Smoky Mountains National Park
Stabilization of slope on US-441 near Park headquarters, by APW workers,Slope Stabilization, II-R-Const-7345, Physical Facilities - Roads - Construction of Roads
View of work progress on slope stabilization near park headquarters, Great Smoky Mountains, Gatlinburg, Tennessee
Great Smoky Mountains National Park
Stabilization of slope on US-441, near park headquarters, by APW workers,Slope Stabilization, II-R-Const-7347, Physical Facilities - Roads - Construction of Roads
A cluster of gullies above a newly-graded bank north of Couches Creek, brush treated. Erosion Control, Couches Creek, May, 1935
Great Smoky Mountains National Park
A cluster of gullies above a newly-graded bank north of Couches Creek, brush treated. The beginning of erosion on the new bank can be seen below the mouth of lowest gully. Hardwood and pine reproduction is gradually creeping into the old field and, if erosion can be arrested for a few years, a good natural cover will become established. Pines are coming in faster than the hardwoods, but they are not a good erosion control cover because the mat of pine needles soon kills all the grass and herbaceous cover, and it takes years for the fallen needles to become thick enough to check run-off. If planting is necessary, hardwood species should be used. Poles were laid along the contours above the gullies and staked down to check the run-off before it hit the treated gullies. Erosion Control; Couches Creek, IV-Z-3191, Miscellaneous
1935-05
Articles about the Everglades
(Funding) Electronic format produced as part of Reclaiming the Everglades, a collaborative project of the University of Miami, Florida International University, and the Historical Museum of Southern Florida, funded by the Library of Congress/Ameritech National Digital Library Program.
1932
Survival and growth responses of eight Everglades tree species along an experimental hydrological gradient on two tree island types
(Citation/Reference) Stoffella, S., M.S. Ross, J.P. Sah, R.M. Price, P. Sullivan, E. Cline, L.J. Scinto. 2010. Survival and growth responses of eight Everglades tree species along an experimental hydrological gradient on two tree island types. Applied Vegetation Science 13(4): 439-449.
2010
Records pertaining to Everglades land in T57S-T59S
(Funding) Electronic format produced as part of Reclaiming the Everglades, a collaborative project of the University of Miami, Florida International University, and the Historical Museum of Southern Florida, funded by the Library of Congress/Ameritech National Digital Library Program.; (Biographical) Correspondents were Model Land Company officials.
1912
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