Read the following transcript from an interview regarding high-altitude agricultural development:
Interviewer: "Many regional development agencies argue that replacing ancestral terracing (*andenes*) with mechanized greenhouse corridors is the only viable pathway to maintain crop yields amidst shifting precipitation cycles. How does your institute view this transition?"
Dr. Arismendi: "While covered environments offer immediate thermal control, they isolate native cultivars from the cyclical biotic stressors that trigger essential epigenetic resilience mechanisms. When highland seed lines are cultivated exclusively under artificial microclimates for consecutive cycles, their environmental adaptability to open highland conditions degrades rapidly. Furthermore, ancestral gravity-fed canal systems distribute seasonal meltwater across tiered aquifers, whereas pressurized drip networks in localized greenhouses concentrate extraction from a single subterranean aquifer that community wells rely upon."
Interviewer: "Yet proponents emphasize that localized hydroponic systems eliminate topsoil erosion entirely on steep gradients."
Dr. Arismendi: "Eliminating erosion inside a closed tray does not stabilize the mountainside. Neglected terrace retaining walls inevitably collapse under torrential rains, triggering downslope landslides that threaten valley settlements regardless of how sophisticated our indoor systems are."
Based on Dr. Arismendi's statements in the interview, match each specific argument to its underlying implied conclusion.
- Cultivating highland crops exclusively within artificial microclimates over consecutive cycles degrades their outdoor environmental adaptability.Technological insulation from natural stress factors threatens the long-term genetic survival and autonomous resilience of native crops in open ecosystems.
- Pressurized drip networks in localized greenhouses concentrate water extraction from a single aquifer that community wells rely upon.Modern localized agricultural technology risks exacerbating resource inequality and destabilizing shared municipal water security.
- Neglected terrace retaining walls collapse under torrential rains and trigger valley landslides despite indoor soil-less farming.Confining ecological management to contained indoor facilities leaves surrounding populations vulnerable to systemic landscape-level disasters.