Increase in Growth and Alteration of C:N Ratios of Avicennia marina and Rhizophora stylosa Subject to Elevated CO2 Concentrations and Longer Tidal Flooding Duration

Within this context, the main objective of this study was to evaluate the long-term effects of elevated CO 2 and tidal flooding duration on the leaf gas-exchange parameters

At anthesis, all levels of nitro- gen supplied under elevated CO 2 (to 1,000 μmol mol −1 ) in- creased assimilation rate (A) by 18 % as compared to ambient CO 2 (400 μmol mol −1 ),

Root growth followed a seasonal development; most rhizotron windows presented increased root growth during Table 1 Mean values, minimum and maximum values of CO 2 concentrations,

Evolution of the average number of living shoots per stool (left panels) and of height (cm) of the tallest shoot per stool (right panels) during the first growing season after

Seed yield under all nitrogen treatments was higher under elevated carbon dioxide than un- der ambient and this increase was more obvious at the high levels of nitrogen (equivalent

Trees growing more landward, under environmental conditions that are more challenging for the water transport system, such as high salinity and low inundation, are characterised by

In the current study, peripartum circulating concentrations of prolactin and progesterone were determined in 50 multiparous sows (parities 1 to 5) and related to the Na K 1 ratio

These microbial assemblages, collectively referred to as the plant microbiota, impact plant fitness through the modification of a number of traits including: biomass