Item talk:Q248156
From geokb
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"name": "Can differences in phosphorus uptake kinetics explain the distribution of cattail and sawgrass in the Florida Everglades?",
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"abstract": "BackgroundCattail (Typha domingensis) has been spreading in phosphorus (P) enriched areas of the oligotrophic Florida Everglades at the expense of sawgrass (Cladium mariscus\u00a0spp.\u00a0jamaicense). Abundant evidence in the literature explains how the opportunistic features of\u00a0Typha\u00a0might lead to a complete dominance in P-enriched areas. Less clear is how\u00a0Typha\u00a0can grow and acquire P at extremely low P levels, which prevail in the unimpacted areas of the Everglades.ResultsApparent P uptake kinetics were measured for intact plants of\u00a0Cladium\u00a0and\u00a0Typha\u00a0acclimated to low and high P at two levels of oxygen in hydroponic culture. The saturated rate of P uptake was higher in\u00a0Typha\u00a0than in\u00a0Cladium\u00a0and higher in low-P acclimated plants than in high-P acclimated plants. The affinity for P uptake was two-fold higher in\u00a0Typha\u00a0than in\u00a0Cladium, and two- to three-fold higher for low-P acclimated plants compared to high-P acclimated plants. As\u00a0Cladium\u00a0had a greater proportion of its biomass allocated to roots, the overall uptake capacity of the two species at high P did not differ. At low P availability,\u00a0Typhaincreased biomass allocation to roots more than\u00a0Cladium. Both species also adjusted their P uptake kinetics, but\u00a0Typha\u00a0more so than\u00a0Cladium. The adjustment of the P uptake system and increased biomass allocation to roots resulted in a five-fold higher uptake per plant for\u00a0Cladium\u00a0and a ten-fold higher uptake for\u00a0Typha.ConclusionsBoth\u00a0Cladium\u00a0and\u00a0Typha\u00a0adjust P uptake kinetics in relation to plant demand when P availability is high. When P concentrations are low, however,\u00a0Typha\u00a0adjusts P uptake kinetics and also increases allocation to roots more so than\u00a0Cladium, thereby improving both efficiency and capacity of P uptake.\u00a0Cladium\u00a0has less need to adjust P uptake kinetics because it is already efficient at acquiring P from peat soils (e.g., through secretion of phosphatases, symbiosis with arbuscular mycorrhizal fungi, nutrient conservation growth traits). Thus, although\u00a0Cladium\u00a0and\u00a0Typhahave qualitatively similar strategies to improve P-uptake efficiency and capacity under low P-conditions,\u00a0Typha\u00a0shows a quantitatively greater response, possibly due to a lesser expression of these mechanisms than\u00a0Cladium. This difference between the two species helps to explain why an opportunistic species such as\u00a0Typha\u00a0is able to grow side by side with\u00a0Cladium\u00a0in the P-deficient Everglades.",
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