Date (Creation)

2021-11-19

Citation identifier

doi:10.25959/1Z63-7555

Title

Information and documentation - Digital object identifier system

Date (Publication)

2021-11-25T00:00:00

Citation identifier

ISO 26324:2012

Credit

This study was funded by the Australian Research Council by Future Fellowship FT200100846 awarded to Lennart Bach.

Status

complete

Temporal resolution

P0Y0M1DT0H0M0S

Topic category

• Biota

Maintenance and update frequency

none-planned

NASA/GCMD Keywords, Version 8.5

• EARTH SCIENCE | BIOLOGICAL CLASSIFICATION | PLANTS | MICROALGAE
• EARTH SCIENCE | BIOLOGICAL CLASSIFICATION | BACTERIA/ARCHAEA | CYANOBACTERIA (BLUE-GREEN ALGAE)
• EARTH SCIENCE | TERRESTRIAL HYDROSPHERE | WATER QUALITY/WATER CHEMISTRY | TRACE METALS

Keywords (Theme)

• Growth rate
• total dissolved nickel concentrations
• pNi
• free nickel ion concentrations
• negtively log10-transforred free nickel ion concentrations
• Minimum ST-ChlF in the dark-regulated state
• Maximum ST-ChlF in the dark-regulated state
• the maximum quantum yield
• the functional absorption cross-section of photosystem II (σPSII)
• re- opening of closed reaction center II (RCII)
• Estimated degrees of freedom for the model terms
• estimated residual degrees of freedom
• Simply a ratio of two variances
• number of basis functions
• k-index
• Adjusted r squred
• 95% confidence interval
• Deviance explained

Australian and New Zealand Standard Research Classification (ANZSRC): Fields of Research

• Biological Oceanography

Language

English

Character encoding

UTF8

Content type

Physical measurement

Name

Growth rate

Name

Growth_rate

Name

day-1

Name

total dissolved nickel concentrations

Name

Ni

Name

mol/L

Name

pNi

Name

negtively log10-transforred total dissolved nickel concentrations

Name

NBS

Name

free nickel ion concentrations

Name

NI2+

Name

mol/L

Name

negtively log10-transforred free nickel ion concentrations

Name

pNi2+

Name

NBS

Name

Minimum ST-ChlF in the dark-regulated state

Name

Fo

Name

arbitrary units

Name

Maximum ST-ChlF in the dark-regulated state

Name

Fm

Name

arbitrary units

Name

the maximum quantum yield

Name

Fv/Fm

Name

no units

Name

the functional absorption cross-section of photosystem II (σPSII)

Name

Sigma

Name

nm2 reaction centre (RC)-1

Name

re- opening of closed reaction center II (RCII)

Name

TauES

Name

μs

Name

Estimated degrees of freedom for the model terms

Name

edf

Name

no unit

Name

estimated residual degrees of freedom

Name

Ref.df

Name

no unit

Name

Simply a ratio of two variances

Name

F

Name

no unit

Name

number of basis functions

Name

k'

Name

no unit

Name

k-index

Name

kindex

Name

no unit

Name

Adjusted r squred

Name

adjR2

Name

no unit

Name

95% confidence interval

Name

95%

Name

no unit

Name

Deviance explained

Name

DE

Name

no unit

Distribution format

• Microsoft excel

OnLine resource

DATA ACCESS - growth rate and fluorometry data [direct file download]

Statement

Phytoplankton cultures were kept in tubes and grown at 17°C. The light was provided on a 14-to-10-hour daily cycle (cool white fluorescence light) where light intensities were 58 μmol photons m-2 s-1 (14 hours) and 23 μmol photons m-2 s-1 (10 hours). The fluorescence of these cultures was measured daily using a fluorometer and values during the exponential growth phase were ln-transferred for growth rate calculation. Fv/Fm and SigmaPSII data were measured using Fast repetition rate fluorometry (FRRf). The growth rate and photo-physiological response of phytoplankton were analysed using generalised additive models (GAMs) and plotted in RStudio (R packages “mgcv” and “ggplot2”).

Hierarchy level

Dataset

Resource scope

Dataset

Title

ISO 19115-3:2018