temporal resolution must be both sufficiently extensive and Sediment cores collected from the southern basin of Lake Titifine-scaled to describe patterns that appear at the scale of caca (Bolivia/Peru) on a transect from 4.6 m above overflow level the processes of interest. When the affected processes are to 15.1 m below overflow level are used to identify a new centurycertain human activities,...

Keeping the water table at a favorable level is quite significant for a sustainable management of groundwater plans. Various management measures need to know the spatial and temporal behavior of groundwater. Therefore, the measurement of groundwater levels are generally carried out at spatially random locations in the field; whereas, most of the groundwater models requires these measurement at ...

Abstract Human-induced water level fluctuations (WLFs) are among the major pressures threatening lake ecosystems. Their effect on meiobenthic species of littoral zone has been poorly investigated. In this study, we aimed at assessing effects human-induced WLFs composition and functionality benthic copepod assemblages Lake Maggiore, Italy Switzerland. From 1942 to present, Maggiore regulated thr...

The main aim of the present study was to map of Urmia Lake water surface diminishing rates over a long-term period, and demonstrating the most recent surface of emerged salty alluvial plains. For this purpose, Landsat TM, ETM+ and OLI imageries, observing from 1984 to 2015, were progressively processed to generate most of the thematic models in tempo-spatial context. All multi-date satellite da...

Seasonal shifts in hydrology are known to alter the abundance and diversity of basal production resources habitats hence strongly influence structure function river ecosystems. However, equivalent knowledge natural lake ecosystems floodplain regions is lacking. Here, we used stable isotope ratios carbon nitrogen assess available primary sources consumer taxa during dry wet seasons a large conne...