Search results for "Nitella hyalina"

showing 3 items of 3 documents

Carbon stable isotope composition of charophyte organic matter in a small and shallow Spanish water body as a baseline for future trophic studies

2015

<p>Quantitative descriptions of foodweb structure based on isotope niche space require knowledge of producers’ isotopic signatures. In freshwater ecosystems charophytes are one of the main components of submerged vegetation and the feeding base for many herbivorous consumers, but knowledge about their organic carbon isotopic signatures is sparse. In this study, the δ<sup>13</sup>C organic values (and organic %C and %N) of the four species of submerged macrophytes (three charophytes - <em>Chara hispida</em>, <em>Nitella hyalina</em> and <em>Tolypella glomerata </em>- and one angiosperm, <em>Myriophyllum spicatum</em>) growing …

Albufera de Valencia Natural Park.NicheMyriophyllum spicatumChara hispidaAquatic Scienceδ13C signatureBotanyOrganic matterlcsh:Physical geographylcsh:Environmental sciencesWater Science and TechnologyTrophic levellcsh:GE1-350Total organic carbonchemistry.chemical_classificationNitella hyalinaEcologyMyriophyllumbiologyEcologyStable isotope ratiolcsh:Geography. Anthropology. RecreationTolypella glomeratabiology.organism_classificationMacrophytelcsh:GchemistryBenthic zonelcsh:GB3-5030Journal of Limnology
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Germination capability of four charophyte populations (Characeae) from Mediterranean brackish ponds under warm experimental conditions

2019

ABSTRACTThe diaspore banks from two brackish ponds within the Albufera de Valencia Natural Park (Spain) containing oospores of Chara hispida, C. aspera, C. canescens and Nitella hyalina were analys...

Mediterranean climateDiaspore (botany)EcologyBrackish waterCharophyceaePlant ScienceBiologybiology.organism_classificationGerminationBotanyNitella hyalinaOosporeChara hispidaEcology Evolution Behavior and SystematicsWebbia
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The role of charophytes in a Mediterranean pond created forrestoration purposes

2015

A small, shallow basin was created and flooded with groundwater in a Reserve Area in Albufera de València Natural Park (AVNP) under the scope of a restoration program intended to mimic typical environments such as freshwater springs, abundant in the past but currently suffering from deterioration (desiccation, pollution, etc.), with the ultimate goal of increasing local biodiversity of submerged macrophytes, particularly charophytes. In this study we have monitored, from April 2009 (a few months after its first flooding) to September 2012, the dynamics of charophyte growth and related physical, chemical and biotic variables to highlight the factors determining charophyte success. Just after…

Mediterranean climateINGENIERIA HIDRAULICANitella hyalinaCharophyte recoveryEcologyBiodiversityChara hispida meadowPlant ScienceVegetationAquatic ScienceBiologyMacrophyteSalinitySediment bankNutrientPhytoplanktonGroundwaterTECNOLOGIA DEL MEDIO AMBIENTE
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