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Related to furrow: furrow irrigation
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It was replaced from the late 1700s by the square fields we know today, which were much more efficient but destroyed all the rig and furrow. Because of this and other changes, through the late 18th and 19th century Scottish agricultural output increased by around 300 per cent - an economic miracle.
The exhibition, called Rig & Furrow, opens to the public later this month.
In 1851, a force-feed mechanism was developed to accurately meter the quantity of seeds, and in 1857, disc furrow openers, as well as chains or press wheels to cover the seeds, appeared.
This refers to the neighbouring site where eight bungalows, known as Furrow Grove, have been built and a further six are under construction in phase two.
Furrow-irrigated raised bed technology is one of the efficient irrigation methods in which water moves in furrow, and crop is planted on raised beds.
This system consists of stirring up the soil only in the sowing furrow (Palma et al., 2010; Botta, Tolon-Becerra, Lastra-Bravo, & Tourn, 2010).
The spinach was sown on flat bed system seed broadcasting, flat bed seed drilling in rows, raised bed and ridge bed (furrow).
Lining your seed furrow with toilet paper makes small, dark seeds easier to see.
Technologies promoted in project countries include using short furrows,irrigating every second furrow, alternating furrow irrigation, laser leveling of furrows, and soil humidity measurement.
We established three cultivation patterns: 25 cm uniform row planting pattern; "20 cm + 40 cm" wide-narrow row planting pattern (wide-narrow row spacing is 40 cm and 20 cm respectively); and "20 cm + 40 cm" furrow planting pattern (double lines in the furrow with 20 cm spacing, 40 cm between furrows, and ridge height of 15 cm).
Furrow compares food and its cultural importance to film, music, and art.
These include furrow, or surface, irrigation; subsurface drip irrigation (SDI); and three types of center-pivot systems: mid-elevation spray application (MESA) systems that have water sprayer heads positioned about midway between the mainline and ground surface; low-elevation spray application (LESA) systems that have water applicators positioned about 12 to 18 inches above ground level; and low energy precision application (LEPA) that apply water with drop socks or bubblers near the ground surface (Amosson et al.