%0 Generic %A Yang, Hu %A Li, Jinwen %A Yang, Jingping %A Wang, Hua %A Zou, Junliang %A He, Junjun %D 2014 %T Chlorophyll concentration (g m−2), chlorophyll a/b ratio, N concentration (Na, g m−2), and leaf thickness (µm) of the four uppermost leaves of rice plants from three plots not subjected to N application. %U https://plos.figshare.com/articles/dataset/_Chlorophyll_concentration_g_m_8722_2_chlorophyll_a_b_ratio_N_concentration_N_a_g_m_8722_2_and_leaf_thickness_181_m_of_the_four_uppermost_leaves_of_rice_plants_from_three_plots_not_subjected_to_N_application_/929335 %R 10.1371/journal.pone.0088421.t001 %2 https://plos.figshare.com/ndownloader/files/1380089 %K Agricultural production %K Environmental impacts %K Agroecology %K Agronomic ecology %K Ecosystems agroecology %K crops %K Crop management %K ecology %K ecosystems %K Artificial ecosystems %K Ecosystem modeling %K Plant ecology %K Plant-environment interactions %K chlorophyll %K thickness %K uppermost %K leaves %K plants %K subjected %X

Each value is an average of 30 measurements. Within a column, values followed by different letters are significantly different at P <0.05 according to Duncan’s multiple range test. Dates of sampling were DAT 75 in 2008 and DAT 77 in 2009.

%I PLOS ONE