Mesquites used water consistently to a depth of 3 m and outward to 10 m beyond the crowns, but use at 15 m was limited mainly to drier periods when water supplies closer to the trees were depleted. With the start of spring growth, water was extracted most rapidly from the surface layers. As the season advanced, the watersupply zone became increasingly thicker. Rates of extraction were highest immediately after recharge in early spring and early summer, and lowest in late fall. Differences in available water in the soil accounted for 72 to 88% of the variation in rates of extraction. The competitive effect of velvet mesquite on perennial grasses is most severe in the upper 37.5 cm of soil under and near the mesquite crowns, and gradually dec...
Large increases in the density of woody plants in former grasslands have been documented globally ov...
Soil water is recharged in the semidesert Southwest during the usual winter precipitation season, an...
Soil under the crown of mesquite trees was compared to soil from adjacent openings at three depths f...
Honey mesquite (Prosopis glandulosa Torr.) occurs on a variety of sites varying in soil depth and mo...
Transpiration rates and internal water relationships of honey mesquite (Prosopis glandulosa) were in...
In 1974 we selected 8 pairs of gully headcuts on the Santa Rita Experimental Range. Mesquite (Prosop...
Understanding hydrologic processes on rangelands is essential to determine if water yield will incre...
Vegetation structure in semi-arid regions of northern Mexico and the southwestern USA has changed dr...
Location and amount of subsurface water may ifiuenee the degree of dependence of honey mesquite (Pro...
The primary objective of this yearlong study was to determine the amount of soil moisture used by ma...
Thermocouple psychrometry was used to measure soil and plant water potentials of honey mesquite grow...
The encroachment of deeply rooted woody plants into grasslands throughout the world has the potentia...
Honey mesquite (Prosopis glandulosa) is an invasive native woody plant in the southern Great Plains,...
Honey mesquite (Prosopis glandulosa) is an invasive native woody plant in the southern Great Plains,...
Seedlings of velvet mesquite (Prosopis glandulosa var. velutina) were grown in sandy loam, clay loam...
Large increases in the density of woody plants in former grasslands have been documented globally ov...
Soil water is recharged in the semidesert Southwest during the usual winter precipitation season, an...
Soil under the crown of mesquite trees was compared to soil from adjacent openings at three depths f...
Honey mesquite (Prosopis glandulosa Torr.) occurs on a variety of sites varying in soil depth and mo...
Transpiration rates and internal water relationships of honey mesquite (Prosopis glandulosa) were in...
In 1974 we selected 8 pairs of gully headcuts on the Santa Rita Experimental Range. Mesquite (Prosop...
Understanding hydrologic processes on rangelands is essential to determine if water yield will incre...
Vegetation structure in semi-arid regions of northern Mexico and the southwestern USA has changed dr...
Location and amount of subsurface water may ifiuenee the degree of dependence of honey mesquite (Pro...
The primary objective of this yearlong study was to determine the amount of soil moisture used by ma...
Thermocouple psychrometry was used to measure soil and plant water potentials of honey mesquite grow...
The encroachment of deeply rooted woody plants into grasslands throughout the world has the potentia...
Honey mesquite (Prosopis glandulosa) is an invasive native woody plant in the southern Great Plains,...
Honey mesquite (Prosopis glandulosa) is an invasive native woody plant in the southern Great Plains,...
Seedlings of velvet mesquite (Prosopis glandulosa var. velutina) were grown in sandy loam, clay loam...
Large increases in the density of woody plants in former grasslands have been documented globally ov...
Soil water is recharged in the semidesert Southwest during the usual winter precipitation season, an...
Soil under the crown of mesquite trees was compared to soil from adjacent openings at three depths f...