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Publications by NS Barrett

Quantifying Wave Exposure in Shallow Temperate Reef Systems: Applicability of Fetch Models for Predicting Algal Biodiversity

Marine Ecology - Progress Series

English

Short- And Long-Term Movement Patterns of Six Temperate Reef Fishes (Families Labridae and Monacanthidae)

Marine and Freshwater Research

English

Related publications

Abiotic Surrogates for Temperate Rocky Reef Biodiversity: Implications for Marine Protected Areas

Diversity and Distributions

English

Importance of Wind Conditions, Fetch, and Water Levels on Wave-Generated Shear Stresses in Shallow Intertidal Basins

Journal of Geophysical Research

Earth-Surface Processes

English

Techniques for Quantifying Phytoplankton Biodiversity

Annual Review of Marine Science

Oceanography

2015

English

Quantifying the Bias of Radiative Heating Rates in Numerical Weather Prediction Models for Shallow Cumulus Clouds

Atmospheric Chemistry and Physics

Atmospheric Science

2019

English

Predicting Pollicipes Pollicipes (Crustacea: Cirripedia) Abundance on Intertidal Rocky Shores of SW Portugal: A Multi-Scale Approach Based on a Simple Fetch-Based Wave Exposure Index

English

Predicting the Effect of Climate Change on Temperate Shallow Lakes With the Ecosystem Model PCLake

Hydrobiologia

Aquatic Science

2007

English

The Applicability of a Shallow Water Wave Prediction Model Based on the Radiative Transfer Equation.

Doboku Gakkai Ronbunshu

1986

English

Abundance, Distribution and Feeding Patterns of a Temperate Reef Fish in Subtidal Environments of the Chilean Coast: The Importance of Understory Algal Turf

Revista Chilena de Historia Natural

Agricultural

Environmental Science

Biological Sciences

2002

English

Predicting Coastal Algal Blooms in Southern California

English

Amanote Research

Discover open access scientific publications

Search, annotate, share and cite publications

Publications by NS Barrett

Quantifying Wave Exposure in Shallow Temperate Reef Systems: Applicability of Fetch Models for Predicting Algal Biodiversity

Short- And Long-Term Movement Patterns of Six Temperate Reef Fishes (Families Labridae and Monacanthidae)

Related publications

Abiotic Surrogates for Temperate Rocky Reef Biodiversity: Implications for Marine Protected Areas

Importance of Wind Conditions, Fetch, and Water Levels on Wave-Generated Shear Stresses in Shallow Intertidal Basins

Techniques for Quantifying Phytoplankton Biodiversity

Quantifying the Bias of Radiative Heating Rates in Numerical Weather Prediction Models for Shallow Cumulus Clouds

Predicting Pollicipes Pollicipes (Crustacea: Cirripedia) Abundance on Intertidal Rocky Shores of SW Portugal: A Multi-Scale Approach Based on a Simple Fetch-Based Wave Exposure Index

Predicting the Effect of Climate Change on Temperate Shallow Lakes With the Ecosystem Model PCLake

The Applicability of a Shallow Water Wave Prediction Model Based on the Radiative Transfer Equation.

Abundance, Distribution and Feeding Patterns of a Temperate Reef Fish in Subtidal Environments of the Chilean Coast: The Importance of Understory Algal Turf

Predicting Coastal Algal Blooms in Southern California