textularia

A `data.frame` containing the size and other attributes of species from genus Textularia.
 The variables are as follows:

datasets

The goal of this collection of functions is to provide an easy to use tool for the measurement of foraminifera and other unicellulars organisms size. With functions developed to guide foraminiferal test biovolume calculations and cell biomass estimations. The volume function includes several microalgae models geometric adaptations based on Hillebrand et al. (1999) <doi:10.1046/j.1529-8817.1999.3520403.x>, Sun and Liu (2003) <doi:10.1093/plankt/fbg096> and Vadrucci, Cabrini and Basset (2007) <doi:10.1285/i1825229Xv1n2p83>.

Thaise R Freitas

forImage

Foraminiferal Image Analysis and Test Measurement

Eduardo Bacalhau

Carla Bonetti

textularia function

A `data.frame` with 84 rows and 7 variables:<dl class="dl-horizontal">
 <dt>species</dt><dd>species of genus Textularia from which raw data were gathered</dd>
 <dt>ind</dt><dd>number of individuals by species</dd>
 <dt>h</dt><dd>test height in um (113.6--1034.4)</dd>
 <dt>d_one</dt><dd>test minor diameter in um (40--306)</dd>
 <dt>d_two</dt><dd>test major diameter in um (103.8--552.6)</dd>
 <dt>area</dt><dd>test surface area in um2 (8235--336929)</dd>
 <dt>pco</dt><dd>percent cell occupancy of the test (10.46--100)</dd>
</dl>

Format

Textularia size data — textularia

A `data.frame` with 84 rows and 7 variables:<dl class='dl-horizontal'>
 <dt>species</dt><dd>species of genus Textularia from which raw data were gathered</dd>
 <dt>ind</dt><dd>number of individuals by species</dd>
 <dt>h</dt><dd>test height in um (113.6--1034.4)</dd>
 <dt>d_one</dt><dd>test minor diameter in um (40--306)</dd>
 <dt>d_two</dt><dd>test major diameter in um (103.8--552.6)</dd>
 <dt>area</dt><dd>test surface area in um2 (8235--336929)</dd>
 <dt>pco</dt><dd>percent cell occupancy of the test (10.46--100)</dd>
</dl>

textularia: Textularia size data

Description

Usage

Arguments

Format