Mean seasonal and annual anomaly of global precipitation.

<p>Global annual dry-season precipitation (left), wet-season precipitation (middle) and annual precipitation (right) anomaly for 3 different precipitation products (CRU, GPCC, PRE/L) and the ensemble mean. Linear regression models for the ensemble mean are presented as a red line, and individual observation slopes are presented on the bottom left of each plot (m).</p

Wet, dry and seasonal range trends for a 30-yr period (same as Chou et al. [5]) and across half the 20^th century.

<p>Wet, dry and seasonal range trends for a 30-yr period (same as Chou et al. [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0190304#pone.0190304.ref005" target="_blank">5</a>]) and across half the 20^th century.</p

Global annual dry-season length (left) and precipitation rate (right).

<p>Legend and methodology follows <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0190304#pone.0190304.g001" target="_blank">Fig 1</a>. The data employed is on a monthly resolution, but the figure is displayed in days for a better visualization.</p

Global gridded seasonal precipitation and net primary productivity trends.

<p>Linear gridded trend for the wet- and dry-season precipitation, the seasonal range (wet minus dry) and vegetation net primary productivity (climate-only) for the period 1950–2009.</p

survival

Survival of Brosimum lactescens seedlings during a period of eleven months

Growth_11months

Net growth in height and number of leaves, number of new leaves, and number of lost leaves, for Brosimum lactescens seedlings after eleven months

Growth_6months

Net growth in height and number of leaves, number of new leaves, and number of lost leaves, for Brosimum lactescens seedlings after six months

Foliar concentration of nitrogen and phosphorus

Foliar nutrient concentrations in Brosimum lactescens seedlings subject to three treatments: dung and dung beetle activity, dung without beetle activity, no dung