Research on the dryization of dried jujube forest soil and its repair technology

This book focuses on the soil drying of jujube forests in the loess hills, and systematically explains the soil drying characteristics of jujube forests in the loess hills, and proposes a method for soil drying of jujube forests in the loess hills through a large number of scientific experiments.The spatial and temporal changes of soil properties of dry jujube forests are described, the relationship between jujube forest root system and soil moisture is analyzed, the moisture migration characteristics of dry soil under exposed surfaces are studied, and the moisture replenishment of dry soil moisture is discussed.Through the simulation experiment of large soil columns, the water recovery ability of dry soil in jujube trees during the growth period under different physical and biological treatments of large soil columns was discussed. The impact of different dry crop technologies and dry crop and water-saving irrigation technology on soil temperature, evaporation, soil moisture and yield on jujube forests was compared and analyzed. The impact of two measures individually and combined on soil moisture, jujube trees transpiration, growth and yield was discussed in the first place. The problem of replanting jujube trees in dry soil was analyzed.

sequence
Foreword
Chapter 1    introduction
    1.1    Deep soil drying in loess area is the core issue of regional ecological
    1.2    Progress in research on soil moisture in forest land
    1.3    Research progress on dry soil moisture restoration in forest land
chapter 2    Space-time characteristics of dry soil in jujube forest
    2.1    Research methods
    2.2    Analysis of spatial variability of soil chemical properties on Zaolin slope
    2.3    Analysis of spatial variability of soil physical properties on Zaolin slope
    2.4    Space variation and temporal stability of soil moisture on the surface of Zaolin slope
    2.5    Dynamic changes in soil moisture and temperature of jujube forest under different coverage conditions
    2.6    Distribution characteristics of soil properties under jujube forest and other vegetation types
    2.7    summary
Chapter 3    Date forest root system and soil moisture
    3.1    Research methods
    3.2    Effect of slope position on the distribution of jujube tree root system
    3.3    Effects of different site conditions on the root system of jujube trees
    3.4    Spatial distribution of the slope of the root system of jujube forest densely planted in different forest ages
    3.5    Effect of root domain moisture regulation on the spatial distribution of jujube root system
    3.6    Distribution of fine roots of jujube forest and changes in soil moisture with forest age
    3.7    Effect of drip irrigation on the distribution of fine roots and soil moisture in jujube forest
    3.8    Effect of drip irrigation at different locations from the trunk on the growth of jujube roots
    3.9    summary
Chapter 4    Characteristics of moisture migration of dry soil under exposed surfaces
    4.1    Research methods
    4.2    Dry soil moisture infiltration and migration rules under different rainfall types
    4.3    Typical rain-strength infiltration simulation based on HYDRUS-1D model
    4.4    summary
Chapter 5    The effect of dew on dry soil jujube forest
    5.1    Research methods
    5.2    Duration of dew and soil adsorption water
    5.3    Dew and soil adsorption water
    5.4    Dew and soil adsorption aquatic effect
    5.5    summary
Chapter 6    Moisture repair test for dry soil
    6.1    Research methods
    6.2    Water recovery capacity of dry soil under physical coverage of large soil columns
    6.3    Water recovery capacity of dry soil under large soil column plants
    6.4    Physics of large soil columns and soil moisture dynamics under plant cover
    6.5    Physical and soil moisture dynamics under plant cover in Datian jujube forest
    6.6    Soil moisture loss during the jujube tree under physical and plant coverage
    6.7    Soil moisture loss under field physical and plant cover
    6.8    Dry soil moisture status and recovery years under coverage treatment based on Hydrus-1D model
    6.9    summary
Chapter 7    Technology and effects of water-gathering and soil-controlling ditch
    7.1    Research methods
    7.2    Bamboo-joint water storage capacity
    7.3    Effect of bamboo joint gutter on soil physical properties
    7.4    Water retention effect of bamboo joint shuidiao and its influence on the growth of jujube trees
    7.5    Time and space changes in soil moisture in bamboo-jointed water-gathering ditches
    7.6    summary
Chapter 8    Water-saving trimming technology and effects
    8.1    Water-saving pruning concept
    8.2    Research methods
    8.3    Effects of different pruning strengths on water consumption and soil moisture in jujube forest
    8.4    Effects of initial soil moisture content on water consumption of pruning jujube trees
    8.5    Regulation of soil moisture of jujube forest by pruning main branches
    8.6    summary
Chapter 9    Dry soil replanting experiment
    9.1    Research methods
    9.2    “Delivering ten different moisture treatments in the root growth space”Effects on the physiology and yield of jujube trees
    9.3    On the ground biomass and soil moisture of jujube trees under the limited root growth space
    9.4    Water consumption of jujube forests under limited root growth space
    9.5    Date forest yield and water utilization efficiency under limited root growth space
    9.6    Growth and soil moisture characteristics of jujube trees planted in dry soil fields
    9.7    summary
references