Water Stress and Industrial Siting in Northern Mexico

Regional industrial expansion in arid borderland territories operates under acute resource trade-offs where accelerated manufacturing agglomeration collides directly with critical hydrological thresholds. Northern Mexico exhibits intense nearshoring momentum alongside severe aquifer depletion, necessitating an analytical decoupling of economic output from raw freshwater extraction [1]. Macroeconomic frameworks demonstrate that unrestrained capital investment in water-scarce zones induces severe system-wide welfare and production bottlenecks when natural endowments are misaligned with industrial intensity [3].

Hydro-economic literature highlights that regional vulnerability escalates when industrial spatial clustering occurs in basins lacking comprehensive water accounting and adaptive allocation mechanisms [1][2]. The reallocation of surface flows and deep aquifer resources toward heavy manufacturing disrupts municipal security and agricultural systems, generating regional socio-environmental externalities [4][6]. In the absence of integrated resource-sensitive spatial planning, competitive industrial site selection aggravates localized hydrological stress and undermines long-term regional comparative advantages [1][3].

This dissertation evaluates how basin-scale hydrological constraints govern industrial spatial distribution in Northern Mexico, establishing an analytical bridge between location theory and hydro-economic equilibrium models [1][3]. Employing a rigorous comparative desk-research methodology, this study evaluates multi-basin regulatory records, water footprint frameworks, and regional industrial profiles to construct an integrated siting framework [2][6]. The resulting synthesis delivers theoretical advancements in environmental location economics and provides evidence-based guidance for sustainable territorial zoning across arid industrial regions [1][3].