The effects of simulated nitrogen deposition on plant root traits: a meta-analysis
W Li, C Jin, D Guan, Q Wang, A Wang, F Yuan… - Soil Biology and …, 2015 - Elsevier
Global atmospheric nitrogen deposition has increased steadily since the 20th century, and
has complex effects on terrestrial ecosystems. This work synthesized results from 54 papers
and conducted a meta-analysis to evaluate the general response of 15 variables related to
plant root traits to simulated nitrogen deposition. Simulated nitrogen deposition resulted in
significantly decreasing fine root biomass (< 2 mm diameter;− 12.8%), while significantly
increasing coarse root (≥ 2 mm diameter;+ 56.5%) and total root (+ 20.2%) biomass, but …
has complex effects on terrestrial ecosystems. This work synthesized results from 54 papers
and conducted a meta-analysis to evaluate the general response of 15 variables related to
plant root traits to simulated nitrogen deposition. Simulated nitrogen deposition resulted in
significantly decreasing fine root biomass (< 2 mm diameter;− 12.8%), while significantly
increasing coarse root (≥ 2 mm diameter;+ 56.5%) and total root (+ 20.2%) biomass, but …
The effects of simulated nitrogen deposition on plant root traits: a meta-analysis.
LWB Li WeiBin, JCJ Jin ChangJie, GDX Guan DeXin… - 2015 - cabidigitallibrary.org
Global atmospheric nitrogen deposition has increased steadily since the 20th century, and
has complex effects on terrestrial ecosystems. This work synthesized results from 54 papers
and conducted a meta-analysis to evaluate the general response of 15 variables related to
plant root traits to simulated nitrogen deposition. Simulated nitrogen deposition resulted in
significantly decreasing fine root biomass (< 2 mm diameter;-12.8%), while significantly
increasing coarse root (≥ 2 mm diameter;+ 56.5%) and total root (+ 20.2%) biomass, but …
has complex effects on terrestrial ecosystems. This work synthesized results from 54 papers
and conducted a meta-analysis to evaluate the general response of 15 variables related to
plant root traits to simulated nitrogen deposition. Simulated nitrogen deposition resulted in
significantly decreasing fine root biomass (< 2 mm diameter;-12.8%), while significantly
increasing coarse root (≥ 2 mm diameter;+ 56.5%) and total root (+ 20.2%) biomass, but …
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