Artificial-light-reliant

Describing a system, organism, or environment that depends on artificial light sources for essential functions, activities, or survival. This dependency can stem from various factors including geographical location, seasonal variations, human intervention, or inherent physiological limitations. Organisms described as artificial-light-reliant often struggle in low-light conditions, requiring consistent and sufficient illumination provided by technologies like electric lamps or specialized lighting systems to thrive, perform everyday tasks, or complete lifecycle stages. This dependency highlights the interconnectedness of technology and biological systems.

Artificial-light-reliant meaning with examples

• Many indoor plants are artificial-light-reliant. Unable to thrive without access to sunlight, they depend on grow lights. This can cause extra costs for the owner. These setups usually involve timers, sensors, and specific spectral outputs, all carefully calibrated to mimic the sun's natural intensity to support their development, growth, and flowering indoors.
• Urban populations, due to their work, lifestyle, and activities, are often artificial-light-reliant. They have adapted to night-time work and other after dark activities due to streetlights, office lighting, and household lights. These technologies support our around-the-clock functions in many aspects of modern society. This reliance poses challenges and concerns to ecosystems and biological systems.
• Certain species in controlled environments, like those in aquariums, may be artificial-light-reliant. Because it is necessary to control their light and to create an optimal environment. To grow these specific species or support their breeding cycle, these animals are placed in a controlled environment, under simulated artificial light, which can include UV, to simulate the required daylight.
• In deep-sea environments, even if the environment is natural, organisms are often artificial-light-reliant. They have adapted to dark environments or generate their own light, so require artificial light to be studied. By utilizing underwater vehicles, these organisms, such as certain deep sea fish and invertebrates, depend on artificial lighting from submersible vehicles for visual perception.
• Modern agriculture is increasingly artificial-light-reliant. The use of LED grow lights in greenhouses can enhance the crop yield, accelerate growth, and permit year-round food production in controlled settings. Without these technologies, providing enough food for the growing population of Earth may be impossible. This controlled environment is crucial for crops.