AIM national aquatic monitoring framework : field protocol for wadeable lotic systems

Title Variants

Alternative: Field protocol for wadeable lotic systems

Related Titles

Series: Technical reference (United States. Bureau of Land Management), 1735-2 (2021)

By

Miller, Scott W.,
Brady, Colin (Biologist)
Cappuccio, Nicole.
Courtwright, Jennifer.
Bohn, Bryce.
Dammann, Dan.
Dickard, Melissa.
Gonzalez, Mark A.
Jimenez, Justin.
Rumbold, Ed.
Smith, Steven J., 1961 August 14-
Toevs, Gordon R.,
Varner, Matthew.
National Operations Center (U.S.)
National Operations Center (U.S.). Information and Publishing Services Section.

Type

Book

Material

Published material

Publication info

Denver, Colo, U.S. Department of the Interior, Bureau of Land Management, National Operations Center, 2021

Edition

Revised

Notes

"The Bureau of Land Management (BLM) developed the National Aquatic Monitoring Framework (NAMF) (Miller et al. 2015) to monitor the condition and trend of aquatic systems as part of the Assessment, Inventory, and Monitoring (AIM) Strategy (Toevs et al. 2011). Following the AIM principles, the NAMF standardized field sampling methodologies, electronic data capture, and the use of appropriate sample designs for wadeable streams and rivers (i.e., lotic systems). The protocol in this technical reference outlines standardized core and contingent field methodologies for wadeable lotic systems, as well as suggested covariates"--Page 1.

"February 2021."

"Technical guidance provided by: Bryce Bohn, Dan Dammann, Melissa Dickard, Mark Gonzalez, Justin Jimenez, Ed Rumbold, Steve Smith, Gordon Toevs, Matthew Varner."

"BLM/OC/ST-17/002+1735+REV21."

"Production services were provided by the BLM National Operations Center's Information and Publishing Services Section in Denver, Colorado"--Cover verso.

Subjects

Environmental monitoring , Land use , Management , Planning , Riparian areas , Stream conservation , United States , Watershed management , Wetland conservation

Call Number

QH541.5.R52 M55 2021

Language

English

Identifiers

OCLC: 1256558124