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现货Irrigation Engineering & Hydraulic Structures[9781682500767]

4037 九五品

库存2件

上海宝山

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作者Carlos Chávez, Carlos Fuentes et al.

出版社Magnum Publishing LLC

ISBN9781682500767

出版时间2016-01

装帧精装

纸张其他

正文语种英语

上书时间2023-08-08

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已实名已认证进店收藏店铺

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商品描述: Irrigation engineering is a branch of engineering which aims to delve into the agricultural development.
Irrigation is the process of watering agricultural land and crops in order to enhance the growth
of the crop. A hydraulic structure is structure submerged or partially submerged in any body of water,
which disrupts the natural  ow of water. The text Irrigation Engineering & Hydraulic Structures
discusses various types of irrigation techniques. First chapter discusses on soil salinity control in irrigated
land with agricultural drainage systems. Key irrigation technologies and substrate choice for
soilless potted  owers in greenhouses have been focused in second chapter. Third chapter presents a
review of the current status of the irrigation practices in the delta region of Mississippi. A spatial analysis
of irrigation technology has been introduced in fourth chapter. In  fth chapter, we discuss on
assessment of irrigation water quality and selected soil parameters. Sixth chapter presents a model
developed to correlate factors and relationships between soil-plant-wastewater. Unsaturated hydraulic
conductivity of fractal-textured soils has been presented in seventh chapter. The quality of the soil
from soil physical-hydrical indicators has been discussed in eighth chapter. Ninth chapter explores
how changes in hydraulic conductivity may a ect modeled rates of water  ow through forested
watersheds, with  ows referring to in ltration, percolation, run-o , inter ow, base  ow, and stream
discharge. The aim of tenth chapter is to present the up to date knowledge about the changes in
woody plant hydraulics in response to water stress. Eleventh chapter discusses on calibration of a new
device to measure water content of rocks. Data assimilation application to the subsurface  ow and
solute transport has been introduced in twelfth chapter. The objective of thirteenth chapter is to investigate
main soil physical and chemical properties that a ect the irrigation water amount and to
suggest possible irrigation strategies for sandy soil. Fourteenth chapter discusses how to improve
water-e cient irrigation. The application of a remote sensing method for estimating monthly blue
water evapotranspiration in irrigated agriculture has been focused in  fteenth chapter. Last chapter
discusses on remote sensing for determining evapotranspiration and irrigation demand for annual
crops.

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