With increasing hydrologic and water quality data being collected for monitoring and research purposes, it has become evident that storing data in traditional spreadsheet formats are no longer a practical means of managing these large datasets.
Microconduit infrastructure attributed to former roots suggested increased hydrologic connectivity compared with the otherwise indistinguishable, underlying (root-free) stratum (60 cm bls to approximately 180 cm bls).
Periodic inputs of dolomite to the lake reflect an increased footprint of Grinnell Glacier, and occur during periods when sediment sinks are reduced, glacial erosion is increased, and hydrologic energy is increased.
One watershed (Fall Creek) exhibited a slight increase in hydrologic response with a greater than 100% increase in forest cover.
Water utilities are increasingly looking to decentralized green infrastructure (GI) as a means of increasing the hydrologic functionality of urbanized watersheds.
Rapid population growth, economic development and climate change have exposed this region to increasing vulnerability to hydrologic drought.
These theories will find increasing place in hydrologic modeling in the years ahead.
These techniques have greatly contributed to not only the increased understanding of hydrologic systems but also hydrologic practice.
Basic knowledge of the carbon cycle is fundamental to understanding why anthropogenic burning of fossil fuels and deforestation are responsible for recent and future increases in global temperatures, changes in the hydrologic cycle, increasing extreme weather events, ocean acidification, and other impacts.
Results also suggested that particular contexts, including multipurpose dams, high cumulative regulation, diversions, and regions of unpredictable hydrology are all sources of increased error when predicting hydrologic responses to dams.
