offspring

<p>An example of tree progeny data set</p>

datasets

Exclusion-based parentage assignment is essential for studies in biodiversity conservation and breeding programs - Kang Huang, Rui Mi, Derek W Dunn, Tongcheng Wang, Baoguo Li, (2018), <doi:10.1534/genetics.118.301592>. The tool compares multilocus genotype data of potential parents and offspring, identifying likely parentage relationships while accounting for genotyping errors, missing data, and duplicate genotypes. 'acoRn' includes two algorithms: one generates synthetic genotype data based on user-defined parameters, while the other analyzes existing genotype data to identify parentage patterns. The package is versatile, applicable to diverse organisms, and offers clear visual outputs, making it a valuable resource for researchers.

Nikos Pechlivanis

acoRn

Exclusion-Based Parentage Assignment Using Multilocus Genotype
Data

Fotis Psomopoulos

Aristotelis Papageorgiou

offspring function


<div class="section" id="offspring">
<h3><code>offspring</code></h3><p></p><p>
</p><p>A data frame with 7,240 rows and 60 columns:</p><dl>
<dt>country</dt>
<dd><p>Country name</p></dd><p></p><p><dt>iso2, iso3</dt>
<dd><p>2 &amp; 3 letter ISO country codes</p></dd></p><p><dt>year</dt>
<dd><p>Year</p></dd></p><p>...</p><p></p></dl><p></p><p></p></div>


Format

Tree progeny data set — offspring


<div class='section' id='offspring'>
<h3><code>offspring</code></h3>


<p>A data frame with 7,240 rows and 60 columns:</p><dl>
<dt>country</dt>
<dd><p>Country name</p></dd>

<dt>iso2, iso3</dt>
<dd><p>2 &amp; 3 letter ISO country codes</p></dd>

<dt>year</dt>
<dd><p>Year</p></dd>

...

</dl>

</div>


offspring: Tree progeny data set

Description

Usage

Arguments

Format

`offspring`