Self-thinning in a space-limited rocky intertidal barnacle system
C Sibomana, X Jia, YP Qiu, GX Wang - Annales Zoologici Fennici, 2013 - BioOne
Acorn barnacles were assumed to have a self-thinning exponent close to-3/2 widely
acknowledged for plant populations. However, space and food competition mechanisms …
acknowledged for plant populations. However, space and food competition mechanisms …
Self-Thinning in a Space-Limited Rocky Intertidal Barnacle System
C Sibomana, X Jia, YP Qiu, GX Wang - Annales Zoologici Fennici, 2013 - BioOne
Acorn barnacles were assumed to have a self-thinning exponent close to-3/2 widely
acknowledged for plant populations. However, space and food competition mechanisms …
acknowledged for plant populations. However, space and food competition mechanisms …
Self-thinning in a space-limited rocky intertidal barnacle system
C Sibomana, X Jia, YP Qiu, GX Wang - Annales Zoologici Fennici, 2013 - hero.epa.gov
Acorn barnacles were assumed to have a self-thinning exponent close to-3/2 widely
acknowledged for plant populations. However, space and food competition mechanisms …
acknowledged for plant populations. However, space and food competition mechanisms …
Self-thinning in a space-limited rocky intertidal barnacle system
C Sibomana, X Jia, YP Qiu, GX Wang - Annales Zoologici Fennici, 2013 - JSTOR
Acorn barnacles were assumed to have a self-thinning exponent close to—3/2 widely
acknowledged for plant populations. However, space and food competition mechanisms …
acknowledged for plant populations. However, space and food competition mechanisms …
Self-thinning in a space-limited rocky intertidal barnacle system.
C Sibomana, X Jia, YP Qiu… - Annales Zoologici …, 2013 - search.ebscohost.com
Acorn barnacles were assumed to have a self-thinning exponent close to-3/2 widely
acknowledged for plant populations. However, space and food competition mechanisms …
acknowledged for plant populations. However, space and food competition mechanisms …