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This ASI offered updated information on how far the research on algal toxins has gone in the exploration of structures, biosynthesis and regulation of toxins, and the development of technology for bio-monitoring these c- pounds. Algae can form heavy growths in ponds, lakes, reservoirs and sl- moving rivers throughout the world; algae can house toxins which are - ually released into water when the cells rupture or die.
Hundreds of toxins have been identified so far. Detection methods, including rapid screening, have been developed to help us learning more about them, especially to find out which toxins are a real threat for people and what conditions encourage their production and accumulation. Early detection of algal toxins is an - portant aspect for public safety and natural environment, and significant efforts are underway to develop effective and reliable tools that can be used for this purpose. Passar bra ihop.
Algae Laura Barsanti, Paolo Gualtieri.
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See our disclaimer. Customer Reviews. Harmful Algae 59, 1— Anderson, D. Harmful algal blooms and eutrophication: examining linkages from selected coastal regions of the United States. Harmful Algae 8, 39— ATECH Beckler, J. Harmful algae bloom monitoring via a sustainable, sail-powered mobile platform for in-land and coastal monitoring. Benfield, M. RAPID: research on automated plankton identification. Oceanography 20, — Berdalet, E.
What are Harmful Algae?
Marine harmful algal blooms, human health and wellbeing: challenges and opportunities in the 21st century. Bernard, S. Djavidnia, V. Cheung, M. Ott, and S.
Algal Toxins: Nature, Occurrence, Effect and Detection
Seeyave Cambridge: Cambridge Scholars Publishing , 46— Bi, H. A semi-automated image analysis procedure for in situ plankton imaging systems. PLoS One e Bickman, S. An innovative portable biosensor system for the rapid detection of freshwater cyanobacterial algal bloom toxins. Bingham, M. Botes, L. The potential threat of algal blooms to the abalone Haliotis midae mariculture industry situated around the South African coast. Harmful Algae 2, — Bowers, H. III, Birch, J.
Sandwich hybridization probes for the detection of Pseudo-nitzschia Bacillariophyceae species: an update to existing probes and a description of new probes. Harmful Algae 70, 37— Recovery and identification of Pseudo-nitzschia Bacillariophyceae frustules from natural samples acquired using the environmental sample processor.
Diversity and toxicity of Pseudo-nitzschia species in Monterey Bay: perspectives from targeted and adaptive sampling. Harmful Algae 78, — Bridgeman, T. A novel method for tracking western Lake Erie microcystis blooms, — Great Lakes Res. Brown, E. Brunson, J. Biosynthesis of the neurotoxin domoic acid in a bloom-forming diatom.
Science , — Campbell, L.
First harmful Dinophysis Dinphyceae, Dinophysiales bloom in the U. Canfield, C. Cembella, A. Turner Berlin: Springer , — Chang, F. Chase, A. Estimation of phytoplankton accessory pigments from hyperspectral reflectance spectra: toward a global algorithm. Oceans , — Clark, J. Satellite monitoring of cyanobacterial harmful algal bloom frequency in recreational waters and drinking source waters. Cuellar-Martinez, T. Addressing the problem of harmful algal blooms in Latin America and the Caribbean- a regional network for early warning and response.
Cullen, J. Babin, et al. Culverhouse, P. Automatic image analysis of plankton: future perspectives. Davis, T. Grazing by mesozoplankton and microzooplankton on toxic and non-toxic strains of Microcystis in the Transquaking River, a tributary of Chesapeake Bay. Science meets policy: a framework for determining impairment designation criteria for large waterbodies affected by cyanobacterial harmful algal blooms.
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Harmful Algae 81, 59— Phylogenies of microcystin-producing cyanobacteria in the lower Laurentian Great Lakes suggest extensive genetic connectivity. PLoS One 9:e Deeds, J. First U. Toxicon 55, — Devlin, S.