1955
DOI: 10.4159/harvard.9780674866201
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Land Uses in American Cities

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Cited by 37 publications
(6 citation statements)
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“…Mills [21][22] or DeSalvo [8] for the derivation of Equation (6) in the context of household utility maximization. Equations (4) and ( 6 ) are equivalent to the alternative spatial equilibrium condition that households have the same utility level. To prove this last point, let U = U(x,q), where x is a composite expenditure.…”
Section: A-'azp ( H ) [ Q ( H )/S ( H ) ] +' = Nmentioning
confidence: 99%
“…Mills [21][22] or DeSalvo [8] for the derivation of Equation (6) in the context of household utility maximization. Equations (4) and ( 6 ) are equivalent to the alternative spatial equilibrium condition that households have the same utility level. To prove this last point, let U = U(x,q), where x is a composite expenditure.…”
Section: A-'azp ( H ) [ Q ( H )/S ( H ) ] +' = Nmentioning
confidence: 99%
“…The gross residential density near the Haram is estimated at over 2,470 persons per hectare and for the city as a whole during the peak season to about 70 persons per hectare. This is in comparison to the corresponding density in some of the central cities of the USA like Dayton, Ohio; Newark, New Jersey; St Louis, Missouri and Utica, New York, where, according to Bartholomew (1955), it ranges from 20 to 60.…”
Section: The Existing Situationmentioning
confidence: 97%
“…Harland Bartholomew (1955) first adopted a land use classification in the early 1950s. Bartholomew applied a two-level land classification system (Table 6.1).…”
Section: Land Classificationmentioning
confidence: 99%