Sentence examples for improving infiltration from inspiring English sources

Improving infiltration and water-holding capacity, for example, can significantly reduce irrigation water needs, lessen dust pollution, and improve nutrient uptake by plants, which can reduce input costs, and reduce plant stress, disease and pest pressure.

To understand the impacts of frozen soils on infiltrability rates and to improve infiltration treatment BMP designs for cold climates, laboratory experiments examined two soil types (loam and sandy loam) from infiltration treatment facility sites located in the cities of Spokane and Richland, Washington.

In some cases, afforestation may increase groundwater recharge and low flows due to improved infiltration.

However, the results show that the macropores improved infiltration and prevented surface runoff and that empty macropores apparently improved the drainage/total rainfall (Table 2).

While these are common agricultural practices used to improve infiltration, cultivation breaks soil aggregates into particles and exposes the broken soil to dry air.

In this study, we have introduced a modified setup of electrospinning to produce three-dimensional nanofibrous scaffolds which allows improved infiltration of cells.

This study is specifically undertaken to investigate tilling and compost addition to improve infiltration rate, and to investigate measurement tools to assess the effectiveness of remediated soil.

Bruijnzeel and Bremmer ([1989]) suggested that the important factor is whether reforestation of degraded lands in the Himalayas would eventually lead to the improved infiltration conditions required to recharge the groundwater supply and improve dry season flow.

Accordingly, the objective of this study was to create artificial macropores in soils where poor drainage is one of the causes of land degradation and to thereby improve infiltration, increase the organic matter content, and promote vegetation growth.

Furthermore, retained slash cushions and protects soil against compaction and erosion, through improved infiltration (Sayer 2006; Eisenbies et al. 2009; Cortini et al. 2010) and also suppresses weeds (Titshall et al. 2013).

Additionally, the non-contact nature allows more delicate electrolyte supported cells to be infiltrated safely whilst the drop impact velocity, in the range or 1 2 m s−1 [19] improves infiltration without having to employ vacuum processing.