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Water Resources Research, 2017 Critical zone science seeks to develop mechanistic theories that describe critical zone structure, function, and long-term evolution. One postulate is that hydrogeochemical controls on critical zone evolution can be inferred from solute discharges ...
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The Importance of Groundwater in Critical Zone Science
Groundwater, 2021Abstract The critical zone (CZ)—from treetops to groundwater—is an increasingly studied part of the earth system, where scientists study interactions between water, air, rock, soil, and life. Groundwater is both a boundary and an essential store in this integrated system, but is often not well considered in part because of the ...
Kamini Singha, Alexis Navarre‐Sitchler
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Methane cycling in the carbonate critical zone
Science of The Total Environment, 2023The carbonate critical zone (CZ) is characterized by extensive groundwater-surface water exchange that leads to highly variable redox states of groundwater. Changes in redox condition may cause either production or consumption of methane (CH4), thereby providing an atmospheric source or sink of this important greenhouse gas.
Andrew, Oberhelman +2 more
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Introduction to the Critical Zone
2015Abstract The National Research Council (NRC, 2001, p. 2) defined the Critical Zone as “ the heterogeneous, near surface environment in which complex interactions involving rock, soil, water, air and living organisms regulate the natural habitat and determine availability of life sustaining resources. ” From this original definition, many, now loosely
John R. Giardino, Chris Houser
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GeoHumanities, 2020
Landscape architects use maps, schemes, diagrams, models, to describe and design territories, as conceptual and visual tools of knowledge.
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Landscape architects use maps, schemes, diagrams, models, to describe and design territories, as conceptual and visual tools of knowledge.
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Carbonates in the Critical Zone
2023Earth's Critical Zone (CZ), the near-surface layer where rock is weathered and landscapes co-evolve with life, is profoundly influenced by the type of underlying bedrock. Previous studies employing the CZ framework have focused primarily on landscapes dominated by silicate rocks.
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Investigating the Root Zone Critical Interface in Intensively Managed Critical Zones
The Critical Zone (CZ) in the Midwestern United States has transformed from predominantly prairie landscapes to highly productive row-crop agriculture that requires intensive management such as tillage, tile drains and fertilizer inputs. The Critical Interfaces CZ Network (CINet) project focused on three critical interfaces that are important ...Ashlee Dere +16 more
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2015
Abstract Climate variability, both in space and in time, has a significant impact on nearly every aspect of the Critical Zone. The primary focus of this chapter is on soil moisture because it is an important component of the water balance in the Critical Zone and it is a key parameter that influences land–atmosphere interactions in the climate system
Steven M. Quiring +2 more
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Abstract Climate variability, both in space and in time, has a significant impact on nearly every aspect of the Critical Zone. The primary focus of this chapter is on soil moisture because it is an important component of the water balance in the Critical Zone and it is a key parameter that influences land–atmosphere interactions in the climate system
Steven M. Quiring +2 more
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2018
My class used Water Balance of a Tree (Unit 5.1) to begin quantifying the fundamental pathways for water movement within a forest. The ultimate goal was to model transpiration of the redwood forest on the UC Santa Cruz campus.
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My class used Water Balance of a Tree (Unit 5.1) to begin quantifying the fundamental pathways for water movement within a forest. The ultimate goal was to model transpiration of the redwood forest on the UC Santa Cruz campus.
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Proceedings of the 11th annual ACM symposium on User interface software and technology, 1998
In this paper, we introduce the problem of “desert fog,” a condition wherein a view of an information world contains no information on which to base navigational decisions. We present a set of view-based navigational aids that allow navigators to find their way through desert fog in multiscale electronic worlds.
Susanne Jul, George W. Furnas
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In this paper, we introduce the problem of “desert fog,” a condition wherein a view of an information world contains no information on which to base navigational decisions. We present a set of view-based navigational aids that allow navigators to find their way through desert fog in multiscale electronic worlds.
Susanne Jul, George W. Furnas
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