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Wetlands are one of the most biologically productive ecosystems, in which reedbeds ofPhragmites australis are an essentially detritus-basedsystem where litter decomposition is a fundamental process. This study represents a threeyear dataset describing cyclic trends of Phragmites australis leaf litterbreakdown in a temporary and managed environment. For three years, 45 days fieldexperiments were seasonally performed, using leaf bag technique within a large managedtemporary pond (Natural Reserve of the Isonzo River Mouth, Northeast Italy), in order toanalyze spatial and temporal variation in decomposition processes, to search for patternson seasonal and inter-annual time scale and to infer the relevance of the mainenvironmental features (physical and chemical) on decomposition dynamic. During the threeyears of analysis, decay rates (k) ranges were 0.0066–0.0075 days-1 in autumn, 0.0108–0.0158days-1 in springand k =0.0168 days-1 in summer. Average mass loss per day % range was0.97–1.31% in autumn, 1.12–2.04% in spring and 1.79–2.06% in summer. A well-definedseasonal cycle was observed through the study years as result of the drought-refloodingdynamic and the highest percentage (91.1%) of the average mass loss per day % variabilitywas explained above all by rainfall, temperature and conductivity

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Seasonal and multi-annual patterns of<i>Phragmites australis</i>decomposition in a wetland of the Adriatic area (Northeast Italy): a three-years analysis

Seasonal and multi-annual patterns ofPhragmites australisdecomposition in a wetland of the Adriatic area (Northeast Italy): a three-years analysis