The high concentration of organic carbon indicate presence of excessive water moisture content and drainage network and hence the potential for water-harvesting sites is high.
The use of superplasticizer (SP) can effectively improve the flowability of concrete but adding an excessive dosage of SP, especially when the water content is high, may impair cohesiveness and thus cause segregation.
The solubility coefficients of oxygen slightly decrease with increasing water content, which indicates that the excessive increase in permeability mainly results from increased diffusion rates.
At the lowland plantations, higher soil water content led to higher soil respiration, whereas excessive amounts of water at the mid-elevation plantation limited the oxygen supply, yielding lower soil respiration.
Our hypothesis was that the response pattern along a soil moisture gradient might show no simple linear form, and that plant growth and photosynthesis might increase with increasing water content within an intermediate soil moisture range, but decreasing with excessive soil moisture.
The results showed that polyethylene glycol (PEG) induced water stress markedly decreased water content of cucumber seedling roots after treatment of 36 h, and caused excessive generation of reactive oxygen species (ROS) including superoxide (O2.−), hydrogen peroxide (H2O2).
Our results showing thinner cartilage, low collagen density, and low proteoglycan content in the superficial layer of cartilage as well as high water content in covered regions suggest that the cartilage in covered regions is susceptible to excessive mechanical load, and that extreme mechanical load is thereby transmitted to the subchondral bone more easily.
This allows the water content to reduce.
Dehydration may be caused by restricted water intake, excessive water loss, or both.
Store unit away from excessive water or moisture, such as in a kitchen sink or bathtub.
