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7 results for “Cabomba”
Cabomba caroliniana A.Gray (BR0000012168064)
Belgium Herbarium image of <a href="https://www.plantentuinmeise.be">Meise Botanic Garden</a>.
Underwater light attenuation inhibits native submerged plants and facilitates the invasive co-occurring plant Cabomba caroliniana
<p><span>Decreasing in the diversity and distribution of native submerged plants have been widely observed in recent decades. Global underwater darkening, which is mainly caused by radiation dimming and a decrease in transparency due to e.g. eutrophication, </span><span>has emerged as a general trend that strongly hampers the growth of submerged plants in lakes by decreasing the light available for photosynthesis. However, few studies have attempted to compare the responses of native and invasive submerged plants to underwater darkening. In this study, we aimed to compare the effects of light attenuation on the growth and photosynthesis traits of native and invasive submerged plants.</span></p>
Underwater light attenuation inhibits native submerged plants and facilitates the invasive co-occurring plant Cabomba caroliniana
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FIGURE 29. Cabomba furcata Schult. & Schult.f in Redux Sellow: revealing Sellow's collections from the Herbier Impérial du Brésil at the Paris Herbarium
FIGURE 29. Cabomba furcata Schult. & Schult.f.: A. Anonymous s.n. (Sellow) = Herbier Impérial du BRÉSIL N.o 161 (P02000841). B. Anonymous s.n. (Sellow) = S. Paulo 161 (R010060984). C. Sellow 5852 (R010061037). Source: P (A), R (B, C).
Figs. 2A-H. A-D. Cabomba furcata. A. planta com folhas submersas e in PLântuLAs e sementes de mAcrófitAs AquáticAs de LAGoAs do PAntAnAL SuL-MAto-Grossense
Figs. 2A-H. A-D. Cabomba furcata. A. planta com folhas submersas e flutuantes sagitadas; B. plântula; C. diásporo; D. semente. E-H. Diodia kuntzei. E. planta; F. plântula; G. diásporo; H. semente. Barras: Figs. A, B, E, F = 1 cm; Fig. C = 2 mm; Figs. D, G, H = 1 mm.
Experimental data (Biomass, RGR, LDMC, SLA etc.) of Myriophyllum spicatum and Cabomba caroliniana
<p>The synergy between climate change, eutrophication and biological invasion is threatening for native submerged plants in many ways. The response of submerged plants to these changes is a key factor that determines the outcome of biological invasion. In order to explain the invasion successes, we investigated the combined effects of climate change and eutrophication related environmental factors (temperature, light, nutrients) on the hard trait responses of a native and an alien submerged species (<i>Myriophyllum spicatum</i>, <i>Cabomba caroliniana</i>) from the same growth form. In a factorial design we cultivated the two species in aquaria containing low and high nutrient concentrations and incubated at four light intensities under two temperature levels. We used invasion related four functional traits (relative growth rate, specific leaf area, leaf dry matter content, nitrogen to carbon ratio) to measure the environmental response of the species. We calculated plasticity indexes to express the hard trait differences between species. The alien species <i>C. caroliniana</i> showed significantly higher relative growth rate and specific leaf area than <i>M. spicatum</i> especially under low light intesity indicating that <i>Cabomba</i> is much more shade tolerant.<b> </b>Elevated temperature resulted in higher specific leaf area and reduced dry mass content for <i>C. caroliniana </i>indicating that<i> Cabomba </i>may have higher invasion success. <i>M. spicatum</i> showed significantly higher leaf dry matter content than <i>C. caroliniana</i>. Chemical analyses of the plant tissue revealed that although <i>M. spicatum</i> showed significantly higher N:C molar ratio, nonetheless the daily nitrogen uptake of <i>C. caroliniana</i> was three times faster than that of <i>M. spicatum</i>. Results indicated that due to its higher shade tolerance and nitrogen uptake capacity, <i>Cabomba</i> has greater invasion success with increasing temperature combined with low light levels.</p>
Experimental data (Biomass, RGR, LDMC, SLA etc.) of Myriophyllum spicatum and Cabomba caroliniana
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