A qanāt is a gently sloping underground channel to transport water from an aquifer or water well to the surface for irrigation and drinking.
Water was the crucial resource for early survival in Persia. The region's arid climate made access to water essential for agriculture, drinking, and overall sustenance. Persians developed sophisticated systems such as qanats (underground channels) to manage and distribute water efficiently, allowing for successful settlement and civilization development in the region.
Ancient Persians utilized a variety of tools for farming, including plows made of wood or metal, which were often drawn by oxen. They also employed sickles for harvesting crops and hoes for tilling the soil. Irrigation systems, including canals and qanats, were essential for managing water supply, enabling agriculture in arid regions. Additionally, they used simple hand tools like spades and rakes to aid in planting and maintaining their fields.
The Persian Empire made significant advances in technology, particularly in engineering and infrastructure. They developed an extensive road system, including the Royal Road, which facilitated trade and communication across vast distances. Additionally, the Persians were pioneers in engineering techniques, exemplified by the construction of qanats—underground aqueducts that efficiently transported water across arid regions. Their innovations in administration and logistics also contributed to the empire's ability to manage diverse cultures and territories effectively.
_Qaids - Qats -Qadi -Qat -Qabala -Qanats -Qasida -Qawwal -Qabalah -Qabalas -Qasidas -Qawwali -Qawwals -Qabalahs -Qaimaqam -Qalamdan -Qawwalis -Qablism -Qabalist -Qaimaqams -Qalamdans
The main water source for Persepolis was underground. Through the use of "Qanats" or underground aqueducts, water was channeled to pre manufactured water ways built into Persepolis's terrace. This Provided fresh water from Kuh-e Rahmet; this was the mountain Persepolis was built into . The terrace also has drainage tunnels for waste. In a way it was some of the first plumbing.
Neolithic people obtained water from natural sources such as rivers, lakes, springs, and wells. They would also collect rainwater or melt snow for drinking and cooking. In some cases, they dug underground channels called qanats to bring water to their settlements from distant sources.
Water was the crucial resource for early survival in Persia. The region's arid climate made access to water essential for agriculture, drinking, and overall sustenance. Persians developed sophisticated systems such as qanats (underground channels) to manage and distribute water efficiently, allowing for successful settlement and civilization development in the region.
The Berber people in North Africa traditionally collected water from wells, springs, and rivers. In modern times, many Berber communities access water through pipelines, wells, and water trucked in from nearby sources. Some rural areas still rely on traditional methods of collecting rainwater or using qanats, underground tunnels that channel water from mountain springs.
According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 1 words with the pattern Q-NA-S. That is, six letter words with 1st letter Q and 3rd letter N and 4th letter A and 6th letter S. In alphabetical order, they are: qanats
A qanat is an ancient underground water management system that originated in Persia and later spread to other arid regions. It consists of a series of tunnels and shafts designed to transport water from an underground source, such as a spring, to the surface or to agricultural areas. Qanats are an ingenious engineering solution that maximize water efficiency and allow for sustainable farming in arid regions.
Ancient Persians utilized a variety of tools for farming, including plows made of wood or metal, which were often drawn by oxen. They also employed sickles for harvesting crops and hoes for tilling the soil. Irrigation systems, including canals and qanats, were essential for managing water supply, enabling agriculture in arid regions. Additionally, they used simple hand tools like spades and rakes to aid in planting and maintaining their fields.
According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 15 words with the pattern --N-TS. That is, six letter words with 3rd letter N and 5th letter T and 6th letter S. In alphabetical order, they are: annats arnuts benets binits bundts denets donuts genets lunets manats nonets pinots qanats tenets tincts
The Persian Empire made significant advances in technology, particularly in engineering and infrastructure. They developed an extensive road system, including the Royal Road, which facilitated trade and communication across vast distances. Additionally, the Persians were pioneers in engineering techniques, exemplified by the construction of qanats—underground aqueducts that efficiently transported water across arid regions. Their innovations in administration and logistics also contributed to the empire's ability to manage diverse cultures and territories effectively.
Muslim agriculture during the medieval period was highly advanced, characterized by innovative techniques and the introduction of new crops and irrigation methods. The Islamic Golden Age saw the adoption of Persian, Indian, and Chinese agricultural practices, leading to increased productivity. Crops such as sugarcane, rice, citrus fruits, and cotton were cultivated extensively, while sophisticated irrigation systems, including qanats and canals, enhanced water management. This agricultural prosperity played a crucial role in the economic and social development of Muslim societies.
Muslims made significant agricultural improvements during the medieval period, particularly through the introduction of innovative irrigation techniques, such as the norias (water wheels) and qanats (underground irrigation channels). They also promoted the cultivation of new crops, including rice, citrus fruits, and various spices, which were previously unknown in Europe. The use of crop rotation and fertilization techniques further enhanced soil fertility and crop yields, ultimately leading to increased agricultural productivity across the regions they influenced.