Humanity is currently navigating the Anthropocene, an era characterised by profound ecological overshoot, hyper-urbanisation, and the systematic alienation of human beings from the natural environment (Steffen et al., 2011). The contemporary global settlement paradigm operates under a pervasive, engineered "Post-Truth": the illusion of land scarcity. This paradigm has violently compressed approximately 99% of the global population onto merely 1% to 1.5% of the Earth's habitable surface, abandoning vast tracts of livable land to corporate monopolisation while forcing humanity into centralised, concrete industrial hubs (Ritchie Aalbers, 2016). This spatial compression severs the human biological and spiritual connection to the land, the fundamental source of holistic sustenance (Rizzq), resulting in a profound dependency on chemically altered, globalised food chains and generating unprecedented levels of psychological despair (Nestle, 2013; World Health Organisation, 2021). This manuscript investigates the central research question: How does the spatial architecture of Alam Happy Town (AHT) structurally engineer an agricultural revival and restore the biological imperative of human happiness? Utilising a mixed-methods theoretical framework grounded in urban sociology, environmental psychology, and Islamic philosophical anthropology, this paper demonstrates that AHT systematically dismantles artificial land scarcity. By mandating strict, immutable geographical distances, 3 to 5 kilometres between Towns, 8 to 10 kilometres between Villages, and 20 kilometres between Cities, AHT permanently preserves vast agricultural belts. The model leverages the "silent factory" of the earth to produce abundant organic sustenance through community farming and kitchen gardening. Ultimately, this research proves that the AHT spatial model structurally aligns human habitation with the "Human BIOS," transitioning humanity from a state of stagnant, anxious survival into a dynamic, agriculturally sustained era of "Life towards Live."
Syed Aftab Alam (Fri,) studied this question.