Disentangling elevation, annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh

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Disentangling elevation, annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh

机译：解开海拔，年洪水制度和盐度作为非潮盐盐盐盐烟灰分布的水化学决定簇

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Background and Aims Hydrological disconnection, especially in a Mediterranean climate, creates coastal saltmarshes with an annual cycle of flooding that are unlike tidally inundated systems. Winter rainfall produces long, continuous hydroperiods, alternating with continuous exposure caused by evaporation in warm, rain-free summers. We aimed to distinguish the effects of elevation, hydroperiod and salinity on annual and perennial halo-phytes in such a system.

机译：背景和AIMS水文断开，特别是在地中海气候中，创造了沿海盐场，其年度洪水循环与整个淹没的系统不同。冬季降雨量产生长，连续的硫代烃，与蒸发在温暖，无雨夏季蒸发引起的连续暴露。我们旨在区分升高，硫期和盐度在这种系统中每年和多年生卤素植物的影响。

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《Annals of Botany》 |2020年第2期|共12页
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正文语种 eng
中图分类植物学;
关键词
Coastal marsh; hydroperiod; flooding regime; life history; marsh embankment; Mediterranean climate; remote sensing; salt tolerance;

机译：沿海沼泽;水利;洪水制度;生活史;沼泽堤防;地中海气候;遥感;耐盐耐受性;

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1. Disentangling elevation, annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh [J] . Annals of Botany . 2020,第2期

机译：解开海拔，年洪水制度和盐度作为非潮盐盐盐盐烟灰分布的水化学决定簇
2. Colonization of a newly developing salt marsh: disentangling independent effects of elevation and redox potential on halophytes. [J] . Davy A. J., Brown M. J. H., Mossman H. L., The Journal of Ecology . 2011,第6期

机译：新出现的盐沼的殖民化：对盐生植物解除海拔和氧化还原电位的独立影响。
3. Disentangling the effect of atmospheric CO2 enrichment on the halophyte Salicornia ramosissima J. Woods physiological performance under optimal and suboptimal saline conditions [J] . Alberto Perez-Romero Jesus, Lorena Idaszkin Yanina, Barcia-Piedras Jose-Maria, Plant Physiology and Biochemistry . 2018,第期

机译：在最佳和次优盐条件下解开大气Salicornia Ramosissima J. Obsissima J. Woods生理性能的影响
4. Improved flood forecasting from basin elevation distribution. [D] . Dickey, Jeffrey James. 2006

机译：通过流域高程分布改进洪水预报。
5. Disentangling elevation annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh [O] . Alberto Vélez-Martín, Anthony J Davy, Carlos J Luque, 2020

机译：解开海拔的海拔年洪水制度和盐度作为非潮盐盐盐的卤素盐分布的水化学决定因素
6. Disentangling elevation, annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh [O] . Alberto Vélez-Martín, Anthony J Davy, Carlos J Luque, 2020

机译：解开海拔的海拔，年洪水制度和盐度作为非潮盐盐盐的卤素盐分布的水化学决定因素
7. Oil Recovery Increases by Low-Salinity Flooding: Minnelusa and Green River Formations. 2010 SPE Annual Technical Conference and Exhibition. [R] . Robertson, E. P. 2010

机译：低盐度洪水导致采油量增加：minnelusa和Green River地层。 2010 spE年度技术会议和展览。

Disentangling elevation, annual flooding regime and salinity as hydrochemical determinants of halophyte distribution in non-tidal saltmarsh

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