文献知网节
  • 记笔记

The Resilience of Typha Domingensis Pers. to Nutrient-Depleted Water in a Floating Biomass Production System

Curt,M.D.Aguado,P.L.Mart & iacuteMartinez,A.Zapatero,M.Fernández,J.

2. n-Girela,I.

摘要:An aquatic system of biomass production based on Typha domingensis Pers.(cattail) for biofuels and bio-products was developed in order to combine the production of amylaceous(rhizomes) and lignocellulosic biomass(shoots) for biofuels and biobased materials with the improvement of water quality and the reduction of GHG emissions. The proof-of-concept was implemented in the framework of the LIFE Biomass C+ Project, co-funded by the European Commission. This article reports on implementation activities carried out in Spain in the first stage of the Project and their results. Cattails were artificially grown as floating aquatic plants with the help of ad-hoc designed supports on irrigation ponds at El Arenal(province of ávila, Spain) in order to build green floating filters. Biomass was fully harvested at the end of the growth cycle. Biomass production, biomass partitioning and energy and chemical properties were determined. Eutrophication was not detected. T. domingensis exhibited great resilience to nutrient-depleted conditions and was able to produce a significant amount of biomass.
会议名称:

The 28th European Biomass Conference and Exhibition

会议时间:

2020-07-06

会议地点:

网络

  • 专辑:

    基础科学

  • 专题:

    生物学

  • DOI:

    10.26914/c.cnkihy.2020.042491

  • 分类号:

    Q948

  • 手机阅读
    即刻使用手机阅读
    第一步

    扫描二维码下载

    "移动知网-全球学术快报"客户端

    第二步

    打开“全球学术快报”

    点击首页左上角的扫描图标

    第三步

    扫描二维码

    手机同步阅读本篇文献

  • CAJ下载
  • PDF下载

下载手机APP用APP扫此码同步阅读该篇文章

页码:26 页数:1 大小:5k

相关推荐
  • 相似文献
  • 读者推荐
  • 相关基金文献
  • 关联作者
  • 相关视频