Final answer:
Weather/environmental limitations can include factors like clouds, extreme temperatures, wind, and rain, which can influence various conditions and operations. Technological applications, like Solar Thermal energy, require direct sunlight and face other limitations including financial costs and environmental disruption.
Step-by-step explanation:
The concept of weather/environmental limitations for a particular condition involves a range of factors that can impact the successful presence or operation in a specific setting. Weather conditions such as clouds, wind, and rain are obvious limitations, as they directly affect visibility and stability. For example, at optimal locations, clear weather might be expected about 75% of the time. In harsh environments, like Mount Everest, climbers face extreme cold, low oxygen levels, and low barometric pressure, which are hostile to human life. Additionally, other factors such as light, water availability, nutrient levels, oxygen, and temperature can act as limiting factors in various ecosystems.
Furthermore, when considering technological applications such as Solar Thermal (ST) energy, direct sunlight is crucial, and such systems show intolerance to cloud cover. ST technology requires utility-scale operations and is less efficient in terms of land area than Photovoltaic (PV) panels. It can also disrupt local environments and habitats. Lastly, the cost associated with shifting to a non-fossil energy infrastructure, both in energy and financial terms, represents a practical limitation. These constraints should be considered in conjunction with factors that impact population dynamics within ecosystems, as well as human health related to physical exercise and sun exposure.