Table 1 Input values for J. copaia and D. odorata Eco-gene simulations of different logging scenariosAbbreviation: d.b.h., diameter at breast height

Time scale

Number of years simulated

Number of repetitions

Growth

Mean annual diameter growth rate (cm)

Annual growth rate standard deviation (cm)

Temporal autocorrelation growth

Maximum diameter (cm)

Maximum height (m)

Demography (N ha⁻¹)

Density diameter class 0–10

Density diameter class 10–20

Density diameter class 20–30

Density diameter class 30–40

Density diameter class 40–50

Density diameter class 50–60

Density diameter class 60–70

Density diameter class 70–80

Density diameter class 80–90

Density diameter class 90–100

Density diameter class 100–110

Density diameter class 110–120

Density diameter class 120–130

Density diameter class 130–140

Density diameter class 140–150

Density diameter class 150–160

Density diameter class 160–170

Density diameter class 170–180

Density diameter class 180–190

Phenology

Percentage of flowering adults—minimum

Percentage of flowering adults—maximum

Minimum d.b.h. of flowering trees mean (cm)

Minimum d.b.h. of flowering trees standard deviation (cm)

Flowering pattern

Start of flowering phase (mean, Julian day)

Start of flowering phase (standard deviation)

Length of flowering phase (mean in days)

Length of flowering phase (standard deviation)

Pollination

Self-incompatibility—minimum

Self-incompatibility—maximum

Flight distance pollinator—maximum (m)

Flight distance pollinator standard deviation (m)

Seed dispersal

Proportion wind dispersal

Proportion gravity dispersal

Proportion dispersal by small birds or bats

Small birds or bats minimum distance (m)

Small birds or bats maximum distance (m)