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I would say-In reference to an ancient time period- Technology refers to the advancement of tools as well as the capability to produce tools at a better quality in order to achieve a better outcome as well as the ability to increase land productivity.
They needed government officials To increase farming For Sumerian influences To increase the population
Cities
Terraced agriculture: The Incas developed an innovative system of terraces on mountain slopes, allowing them to cultivate crops and maximize agricultural productivity. Quipus: These knotted strings served as a sophisticated form of communication and record-keeping, enabling the Incas to store and transmit information. Suspension bridges: Known as "q'eswachaka," the Incas engineered strong and durable bridges made from woven grass or fibers, enabling safe passage across rivers and canyons. Road network: The Incas constructed an extensive network of roads known as "qhapac ñan," facilitating trade, communication, and military movement throughout their vast empire. Freeze-drying: The Incas used the high-altitude climate to their advantage, developing a freeze-drying process called "chuno" to preserve potatoes and other crops for long-term storage. Centralized planning and architecture: The Incas designed and constructed impressive urban centers and structures, such as Machu Picchu and Cusco, using precise planning and engineering techniques. Metalworking: The Incas were skilled in metallurgy and designed intricate gold and silver artifacts, as well as tools and weapons, using techniques like hammering, casting, and alloying. Hydraulic engineering: The Incas developed sophisticated irrigation systems, including canals and aqueducts, to efficiently distribute water for agricultural purposes. Masonry: The Incas were renowned for their precise stonework and created intricate structures using perfectly fitted, interlocking stones without any adhesive material. Agricultural terraces: To increase arable land in mountainous regions, the Incas constructed stepped terraces that reduced erosion and retained moisture, enabling cultivation in otherwise challenging terrain.
to increase, or grow
by funding research and development projects at many levels
Yes
Usually, new technology will increase productivity in the economy. For example, if you replace a human in a factory with a robot that can work twice as quickly without breaks, productivity would increase.
You can use the modern technology and fertilizers to increase productivity in plants.
By using banter
technology is all about innovations to get the work done in simpler and faster way.so as the work goes on being completed faster the productivity will itself increase.
the use of little labor and capital to increase agricultural productivity
Technology has changed the lifestyle of people by giving them the ability to always communicate. Technology has also allowed productivity to increase.
because labor's or capital's productivity increases and costs of production fall
The Incas built agricultural terraces called "andenes" to increase farmland. These terraces were constructed on steep slopes to create flat surfaces for farming and prevent erosion. Additionally, the Incas utilized irrigation systems to efficiently water their crops and increase agricultural productivity.
The agricultural density of the US is low compared to other countries, as only a small percentage of the population is directly involved in farming. The majority of agricultural production is carried out by a relatively small number of farms that utilize modern technology and methods to increase efficiency and output. Overall, the US has a high level of agricultural productivity despite its modest agricultural workforce.
The Green Revolution in India refers to a period when Indian agriculture was converted into an industrial system due to the adoption of modern methods and technology such as the use of high yielding variety (HYV) seeds, tractors, irrigation facilities, pesticides, and fertilizers. It was mainly found by M.S. Swaminathan. This was part of the larger Green revolution endeavor initiated by Norman Borlaug, which leveraged agricultural research and technology to increase agricultural productivity in the developing world.[2