CZNet: Leading Research for Earth's Vital Layer Preservation

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Posted: December 3, 2024

CZNet: Leading Research for Earth's Vital Layer Preservation

"CZNet is not just studying the Earth's critical zone; it is at the forefront of efforts to maintain the balance vital for life."

The Critical Zone Collaborative Network (CZNet) is a vital research initiative in the United States focusing on the Earth's critical zone, the essential layer from weathered bedrock to the vegetation canopy. CZNet promotes collaboration, data sharing, and interdisciplinary research to understand complex landscapes and tackle environmental challenges in this zone, which is under pressure to balance societal needs with environmental protection for future generations.

CZNet encompasses nine thematic clusters addressing diverse geological, climatic, and land use settings. These clusters investigate bedrock geology's impact on landscapes, ecosystem responses to climate and land-use changes, sea-level rise effects on land-sea interactions, agricultural land-water dynamics, water and carbon cycling in arid regions, the influence of atmospheric mineral dust on ecosystems, water storage's role in landscapes, relationships between landscapes and microbial communities, and urban ecosystem processes.

The network's Coordinating Hub provides support and programming across these clusters, facilitating collaboration and community engagement. This aspect of CZNet highlights its commitment to both advancing scientific knowledge and addressing key environmental issues.

CZNet's work is crucial for understanding and preserving the environment. Its ongoing research and shared findings offer valuable insights for maintaining the health of our planet's critical zone.

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Author Credits:

Elizabeth W. Boyer, Penn State University; Emma L. Aronson, University of California Riverside; Holly R. Barnard, University of Colorado Boulder; Steve Holbrook, Virginia Tech; Lixin Jin, University of Texas at El Paso; Praveen Kumar, University of Illinois at Urbana-Champaign; Deanna McCay, Consortium of Universities for the Advancement of Hydrologic Science, Inc.; Holly A. Michael, University of Delaware; Jeffrey S. Munroe, Middlebury College; Julia N. Perdrial, University of Vermont; Jordan S. Read, Consortium of Universities for the Advancement of Hydrologic Science, Inc.; Claire Welty, Center for Urban Environmental Research.

Presented during AGU23