Doñana Biological Station

Omitir vínculos de exploración
Home
Who Are We?
Contact
Site Map
ICTS
Field Notes
Friday 13 December 2019 08:39:12 Omitir vínculos de exploración
ESPAÑOL
ENGLISH
      
 
   
   
 



  Researcher: Lukács, Balázs András Num-Year: 10/2016
Title: Assembly rules of aquatic plants along a nutrient gradient. A large scale study

Duration: 04/04/2016-20/04/2016

 




Financing Organization MTA Centre for Ecological Research  






 

 
  
 



























  
Summary: A central issue of community ecology is finding rules that explain the composition and abundance of coexisting species. Environmental filtering and limiting similarity are the two major processes that determines species coexistence. Their relative importance under different environmental conditions, however, is still not properly clarified among aquatic plants. We study the effect of environmental filtering (causing trait convergence) and limiting similarity (causing trait divergence) to aquatic plant communities in lakes and ponds along a nutrient (oligotrophic to eutrophic) gradient, using a trait-based approach. The main environmental gradient is trophic status (i.e. productivity) was characterized by the concentration of total phosphorous and total nitrogen in water. The study is conducted in a large geographic scale; trait and environment data are collected from Finnland, Lithuania, Hungary, Italy and Spain. The cover of the plant species is estimated visually. Data of various plant traits (especiall leaf traits) collected by field measurements.  
Omitir vínculos de exploración
Current Proyects
Researcher
Search
Olds
Summary

Omitir vínculos de exploración > Home > Administration And Services > Coordination of Research > Doñana Natural Space - Projects > Summary Projects

 















































    Estación Biólogica de Doñana - Consejo Superior de Investigaciones Científicas - Apdo 1056 E - 41013 Sevilla
 Navegadores: Firefox 1.0 / Internet Explorer 6.0 / Netscape 7.01 
Resolución mínima: 800 x 600