Dispersal - Genetic Diversity in Establishing Plant Populations: Founder Number and Geometry - page 189

<functionpoint x=“13” y=“0.9”/>
<functionpoint x=“22” y=“0.97”/>
<functionpoint x=“301” y=“1”/>
</Disperal_Distribution>

<EasyPollen>
<pollenframe low=“0” high=“5” prob=“0.6”/>
<pollenframe low=“6” high=“12” prob=“0.3”/>
<pollenframe low=“13” high=“21” prob=“0.07”/>
<pollenframe low=“22” high=“300” prob=“0.03”/>
<pollenframe low=“301” high=“Inf” prob=“0.0”/>
</EasyPollen>

Trials a, b, and c are identical except for the percentages of offspring
and pollen dispersed to or from each zone, respectively, as given in Table
12.1.
Table 12.1 Percentage of offspring dispersed to, or pollen dispersed from, each zone in trials
a, b, and c. There is no pollen dispersal from beyond zone 4.

ZONE MINIMUM AND
MAXIMUM DISPERSAL LIMITS

TRIAL a TRIAL b TRIAL c

ZONE 1: 0-5 grid units 60% 90% 45%
ZONE 2: 6-12 units 30% 6% 35%
ZONE 3: 13-21 units 7% 3% 15%
ZONE 4: 22-300 units 3% 1% 5%
Just to give another example of input conventions, input file
specifi cations for trial c read as follows:

<Disperal_Distribution>
<functionpoint x=“0” y=“0”/>
<functionpoint x=“6” y=“0.45”/>
<functionpoint x=“13” y=“0.8”/>
<functionpoint x=“22” y=“0.95”/>
<functionpoint x=“301” y=“1”/>
</Disperal_Distribution>

<EasyPollen>
<pollenframe low=“0” high=“5” prob=“0.45”/>
<pollenframe low=“6” high=“12” prob=“0.35”/>
<pollenframe low=“13” high=“21” prob=“0.15”/>
<pollenframe low=“22” high=“300” prob=“0.05”/>
<pollenframe low=“301” high=“Inf” prob=“0.0”/>
</EasyPollen>