Menu
Home
Products
Product Overview
LISST Instruments
LISST-200X
LISST-Black
LISST-HAB
LISST-Portable|XR
LISST-Tau
LISST-ABS
LISST-AOBS Super-Turbidity
LISST-Holo2
LISST-SL2
LISST-Deep
LISST-RTSSV
LISST-Glider
LISST-OST
Optical VSF Sensors
LISST-VSF
LISST-Horizon
Hyperspectral Instruments
Hyper-a
Hyper-bb
FlowControl Instruments
FlowControl-Sub
Accessories
Radiative Transfer Models
HydroLight
EcoLight-S
Testimonials
How to Buy
Request a Quote
Terms Of Sale
Projects
Presentations and Abstracts
Datasets
Ongoing Projects
Concluded Projects
Support
FAQ
Downloads
Warranty Info
Register a Product
Returns / Contact Support
About
Staff
News
Events
PiE – Particles in Europe
Customer List
Newsletter
Contact Sequoia
International Distributors
Library
Articles
Newsletter Archive
Technical Papers
Standards
Webinars
Book a Meeting!
US E Coast SALES
US W Coast SALES
INTERNATIONAL SALES
Service & Support
Sequoia Scientific
Hyper-a Hyperspectral absorption instrument
Home
»
Field evaluation of a compact, polarizing topo-bathymetric lidar across a range of river conditions
March 7, 2021
Home
Products
Product Overview
LISST Instruments
LISST-200X
LISST-Black
LISST-HAB
LISST-Portable|XR
LISST-Tau
LISST-ABS
LISST-AOBS Super-Turbidity
LISST-Holo2
LISST-SL2
LISST-Deep
LISST-RTSSV
LISST-Glider
LISST-OST
Optical VSF Sensors
LISST-VSF
LISST-Horizon
Hyperspectral Instruments
Hyper-a
Hyper-bb
FlowControl Instruments
FlowControl-Sub
Accessories
Radiative Transfer Models
HydroLight
EcoLight-S
Testimonials
How to Buy
Request a Quote
Terms Of Sale
Projects
Presentations and Abstracts
Datasets
Ongoing Projects
Concluded Projects
Support
FAQ
Downloads
Warranty Info
Register a Product
Returns / Contact Support
About
Staff
News
Events
PiE – Particles in Europe
Customer List
Newsletter
Contact Sequoia
International Distributors
Library
Articles
Newsletter Archive
Technical Papers
Standards
Webinars
Book a Meeting!
US E Coast SALES
US W Coast SALES
INTERNATIONAL SALES
Service & Support
Sequoia Scientific