TDS (Total Dissolved Solids) refers to the total amount of dissolved substances in water, including minerals, salts, and metals. It is a key indicator of water quality, affecting taste, safety, and suitability for various uses. The temperature of water is equally important, as it influences chemical reactions, solubility, and biological activity. Higher temperatures can increase the solubility of certain substances, while lower temperatures can slow down biological processes. In applications like drinking water, aquaculture, and industrial processes, maintaining optimal TDS levels and water temperature is essential for efficiency, health, and safety. 

Vereda dos Balcões, a well-known hiking trail in Madeira, is significant in the island's water management due to its connection to the Levada system—a network of irrigation channels that distribute water from the lush Laurisilva forest to drier regions. The trail leads to a viewpoint overlooking key water catchment areas, where mist and rainfall from the forest feed these levadas. This ecosystem plays a crucial role in water conservation, as the dense vegetation helps capture and retain moisture, ensuring a steady supply of freshwater for agriculture, hydroelectric power, and local communities. Protecting this area is vital for Madeira’s sustainable water resources

A levada in Madeira is a narrow irrigation channel or aqueduct built to transport water from the lush, rain-heavy north of the island to the drier south, where agriculture and settlements are concentrated. These channels are an essential part of Madeira’s infrastructure, dating back to the 15th century when Portuguese settlers began constructing them to ensure a reliable water supply for farming, drinking water, and hydroelectric power.