Because summer temperatures were cooler than modern, low effective moisture must have been a key factor facilitating the fuel drying necessary to maintain high fire activity within the ancient shrub tundra.
Abundant litter (up to 14,000 kg ha−1) improved soil moisture levels in both native and tame grasslands by either maintaining higher absolute moisture levels or reducing total moisture loss after rainfall.
The furrow facilitated the collection of runoff water to create and maintain a high moisture concentration in the plant root zone, resulting in 26% increases in plant height and 30 70% increase in grain yield compared to the conventional method.
In order to maintain a high moisture content in the food, we provided fresh grass in small plastic vials (height x diameter: 5.8 cm × 2.1 cm) filled with water, and replaced the grass every other day in order to avoid withered or yellowing grass.
The long-term effect of NT led to a higher organic carbon accumulation in the top soil layer which maintained higher soil moisture content during the water deficient months.
When wheat plants were under high [CO2] conditions and maintained at high moisture, the WUEs and WUEg were increased by 62 and 128%, respectively.
By carefully adjusting the relative thickness ratio of the inorganic organic encapsulation materials, optimized light extraction was achieved and the films not only maintained their high moisture barrier strength but also showed excellent optical performance.
However, using Cu2O as the ETM, it was observed that cell degradation caused by moisture can be avoided while maintaining high electron mobility.
In contrast, shrub seedlings, and to a lesser extent pine seedlings, maintained higher pre-dawn moisture potentials (ψpd>−2.9) and greater phenological plasticity (fast turnover) in response to drought, contributing to greater growth and survival success.
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