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1. Root phenology influences the timing of plant resource acquisition and carbon fluxes into the soil. This is particularly important in fen peatlands...
Read morePeat-forming wetlands, particularly floating fens that form the initial stages of these ecosystems, are declining globally due to excavation, dehydrat...
Read moreWater levels in areas with intensive agriculture have often been strictly controlled for decades. Recently, more natural fluctuating water levels have...
Read moreTo evaluate suitable methods for comparing soil fertility across a large number of undrained rich-fen sites the relationships between soil chemical co...
Read moreEcological restoration is one of the most promising strategies to combat historical wetland losses caused by land use changes. Restored areas are idea...
Read moreLarge-scale decreases in the groundwater table in western parts of the lower Rhine area, Germany, have led to changes in species composition of Alnus ...
Read moreThree years of differing management regimes to reduce the dominance of soft rush Juncus effusus were undertaken at Moss Town Fen on the north-east Abe...
Read moreWoody plant encroachment in grasslands is a world-wide concern. Assertions that abiotic stress reduction facilitates encroachment are not universally ...
Read moreThe iodine content of the top 15 cm of 132 soils formed from a variety of parent materials within the UK ranged from 0.5 to 98.2 mu g g-1 on a dry wei...
Read moreThis report presents the results of an expert led assessment that refines the understanding of the sensitivity of habitats to climate change. Using th...
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