Search Results - "Marcellini, Mirco"

Modelling Shallow Groundwater Evaporation Rates from a Large Tank Experiment by Colombani, Nicolò, Fronzi, Davide, Palpacelli, Stefano, Gaiolini, Mattia, Gervasio, Maria Pia, Marcellini, Mirco, Mastrocicco, Micol, Tazioli, Alberto

“…A large tank (1.4 m x 4.0 m x 1.3 m) filled with medium-coarse sand was employed to measure evaporation rates from shallow groundwater at controlled laboratory…”
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Growth and Yield of Strawberry Cultivars under Low Nitrogen Supply in Italy by Marcellini, Micol, Raffaelli, Davide, Pergolotti, Valeria, Balducci, Francesca, Marcellini, Mirco, Capocasa, Franco, Mezzetti, Bruno, Mazzoni, Luca

“…Nitrogen plays a vital role in plants’ biochemical and physiological functions, and it contributes significantly to increasing plant yield and fruit quality…”
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Groundwater-surface water interaction revealed by meteorological trends and groundwater fluctuations on stream water level by Fronzi, Davide, Gaiolini, Mattia, Mammoliti, Elisa, Colombani, Nicolò, Palpacelli, Stefano, Marcellini, Mirco, Tazioli, Alberto

“…The importance of considering groundwater (GW) and surface water (SW) as a single resource of two interconnected components has rapidly increased during the…”
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Hydraulic contacts identification in the aquifers of limestone ridges: tracer tests in the Montelago pilot area (Central Apennines) by Tazioli, Alberto, Aquilanti, Lucia, Clementi, Francesca, Marcellini, Mirco, Nanni, Torquato, Palpacelli, Stefano, Vivalda, Paola Maria

“…The investigated area, located in the inner part of the Marche region (central Italy) and belonging to the carbonate Umbria- Marche ridges in the central…”
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Assessing geomorphological and pedological processes in the genesis of pre-desert soils from southern Tunisia by Corti, G., Cocco, S., Hannachi, N., Cardelli, V., Weindorf, D.C., Marcellini, Mirco, Agnelli, A.

“…•Climate changes and geomorphic processes drove soil formation in southern Tunisia.•Soil accretion and deflation were the main pedogenetic processes.•Byy…”
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The effect of peat and wood fly ash on the porosity of mortar by Rissanen, Jouni, Giosué, Chiara, Ohenoja, Katja, Kinnunen, Paivo, Marcellini, Mirco, Letizia Ruello, Maria, Tittarelli, Francesca, Illikainen, Mirja

“…•Fluidized bed combustion fly ashes (FBCFAs) from wood and peat were studied.•FBCFAs increased the porosity and capillary water absorption of mortar.•Mortars…”
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