1896, James Edward Todd, The Moraines of the Missouri Coteau, and Their Attendant Deposits, US Geological Survey, Bulletin No. 144, page 47,
This fact is suggestive in connection with the question whether the moraines mark different epochs of the ice age or different stages in the recession of the ice of one epoch.
This moraine, like the previous ones, influenced the drainage of the country. Several streams have evidently been located or directed by the influence of this moraine.
Prof. Dainelli made a personal study of the lakes of the Upper Indus lying between its confluence with the Gilgit on the west and the plains of Kashmir on the east. From this district he cites fifty lakes and groups of lakes. Many of these are moraine-dammed, but some of the larger ones, as the Satpor Tso, the Tso Moriri, the Chiun Tso, and the group of lakes associated with the Pángong Tso, he considers to have originated by glacial excavation.
1959, Robert David Miller, Ernest Dobrovolny, Surficial Geology of Anchorage and Vicinity, Alaska, US Geological Survey, Bulletin No. 1093, page 61,
Whether this advance beyond the Elmendorf Moraine is a pre-Naptowne Wisconsin or is merely a fluctuation of the Naptowne glacier that deposited the end moraine is unclear.
1997, Robert Phillip Sharp, Allen F. Glazner, “Geology Underfoot in Death Valley and Owens Valley”, in Mountain, Press Publishing, page 241:
Moraines that originate along the lateral margins of an ice stream are naturally called lateral moraines. Many lateral moraines perch high on the walls of glaciated valleys.