Combining peatland rewetting with biomass cropping (paludiculture) is one strategy to
remove nutrient surpluses from soil/water and stimulate peat-forming vegetation. This …

The ability of a soil to sustain infiltration rates and to attenuate pollutants is critical for the
design and operation of Managed Aquifer Recharge/Soil Aquifer Treatment and phyto …

The risks of soil erosion and nutrient leaching can be considered appreciable in short
rotation coppices especially in the first growth phases because of the absence of any plant …

The conventional cultivation of drained peatland causes peat oxidation, soil subsidence,
nutrient loss, increasing greenhouse gas emissions and biodiversity reduction. Paludiculture …

This study was designed to show the effects of harvest time and frequency on biomass
nutrient concentrations (total ash, N, P, K, Ca, Mg, Fe, Mn, Cu and Zn) as well as total …

In resource‐limited agroclimatic environments such as the semiarid and arid regions of the
world, mineral undernourishment has been a major limitation to grazing livestock …

In addition to traditional sources, drained peat soils have been found to be a significant
source of nitrogen in Estonia. As a result, supplementary measures are required to improve …

Abstract Treatment wetlands are used to treat wastewater from a variety of sources, but their
functionality depends on the macrophytes present therein. To better understand the viability …