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Light absorption by marine macrophytes
Oecologia, 1994Tissues of 338 marine macrophytes comprising 103 species, collected from the Atlantic, Mediterranean, South China, and Caribbean Seas, and encompassing a broad range in thallus form and pigmentation, were examined to quantify the importance of phylogenetic differences, spectral variability, and plant form and pigment content to account for differences ...
Susana, Enríquez +2 more
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Hydrodynamically mediated macrophyte silica dynamics
Plant Biology, 2012AbstractIn most aquatic ecosystems, hydrodynamic conditions are a key abiotic factor determining species distributions and abundance of aquatic plants. Resisting stress and keeping an upright position often relies on investment in tissue reinforcement, which is costly to produce. Silica could provide a more economical alternative.
Schoelynck, Jonas +4 more
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Fate of terbutryn in macrophyte‐free and macrophyte‐containing farm ponds
Weed Research, 1981Summary:Terbutryn (2‐ethylamino‐4‐(tert‐butylamino)‐6‐methylthio‐s‐triazine) was applied in June 1978, to two farm ponds (A and C) near Winnipeg. Canada, to give 100 μg/l water concentrations. The persistence of the herbicide and its degradation products was monitored over a 61‐week period following application.
D.C.G. MUIR +3 more
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Acidification, metals and macrophytes
Environmental Pollution, 1991Plant-specific and metal-specific uptake of Al, Cd, Pb and Hg are reviewed, using examples from bryophytes, lichens, wetland plants, woody plants and crop plants. Ranges of plant metal concentration, toxic thresholds and effects, and effects of metal on biomass are derived from the literature.
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Marine Macrophytes: Biosorbents
2015Biosorption is a biological method suggested as a cheaper and more effective technique for heavy metal ion removal and recapture from aqueous solutions such as industrial wastewater. A large range of biomass, principally bacteria, algae, seagrasses, crab shells, yeasts, and fungi have received increasing attention for heavy metal ion removal and ...
Chiara Pennesi +3 more
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Modeling Microbial Impact on Macrophyte Debris Decomposition in Macrophyte-Dominated Eutrophic Lakes
Science of The Total EnvironmentThe decomposition of macrophytes plays a crucial role in the nutrient cycles of macrophyte-dominated eutrophication lakes. While research on plant decomposition mechanisms and microbial influences has rapid developed, it is curious that plant decomposition models have remained stagnant at the single-stage model from 50 years ago, without endeavor to ...
Tingting, Yang +7 more
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Macrophyte‐gastropod associations: observations and experiments on macrophyte choice by gastropods
Freshwater Biology, 1985SUMMARY.The abundance and microdistribution of thirteen gastropod and ten macrophyte species were monitored over 2 years in a 1 ha shallow eutrophic pond near Oxford, England. While areas of allochthonous leaf litter supported a depauperate and nondistinctive gastropod fauna, three different macrophyte habitats supported more diverse and distinctive ...
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Environmental Monitoring and Assessment, 2018
Macrophyte responses to anthropogenic pressures in two rivers of Central Spain were assessed to check if simple metrics can exhibit a greater discriminatory and explanatory power than complex indices at small spatial scales. Field surveys were undertaken during the summer of 2014 (Duraton River) and the spring of 2015 (Tajuña River).
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Macrophyte responses to anthropogenic pressures in two rivers of Central Spain were assessed to check if simple metrics can exhibit a greater discriminatory and explanatory power than complex indices at small spatial scales. Field surveys were undertaken during the summer of 2014 (Duraton River) and the spring of 2015 (Tajuña River).
openaire +2 more sources