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Figure 1: Photograph of Insect-Proof Nets Cultivation (A) and Open Field Cultivation (B).
doi 10.7717/peerj.6135/fig-1
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Figure 2: Meteorological Parameters Under Open Field Cultivation (OFC) and Insect-Proof Nets Cultivation (IPNC) in 2011 and 2012 Rice Growing Seasons.
Figure 3: The Dynamics of Daily Solar Radiation Under Open Field Cultivation and Insect-Proof Nets Cultivation (Data Were Obtained From Sep 9 to Sep 14, 2011).
Figure 4: Effects of Insect-Proof Nets Cultivation on Leaf Area Index of Suxiangjing3 (SXJ3) and Nanjing44 (NJ44) at Different Stages in 2011 and 2012.
Figure 5: Effects of Insect-Proof Nets Cultivation on Dry Matter Accumulation (DMA) (A), Leaf Area Duration (LAD) (B) and Mean Net Assimilation Rate (mNAR) (C) During Different Growth Phases of Suxiangjing3 (SXJ3) and Nanjing44 (NJ44) in 2011 and 2012.
Burning Cultivation Field in Kôchi Prefecture
Japanese Journal of Human Geography
Development
Planning
Geography
Table 5: The Contribution of Leaf Area Duration and Mean Net Assimilation Rate to Dry Matter Accumulation During Different Growth Phases of Suxiangjing3 (SXJ3) and Nanjing44 (NJ44) Under Insect-Proof Nets Cultivation.
Table 1: The Application Time, Type and Dose of Pesticides Under Open Filed Cultivation.
Microclimate and Human Thermal Comfbrt in Pipe Greenhouses With Insect-Proof Screens for Vegetable Cultivation With Restricted Use of Chemical Pesticides
J. AGRICULTURAL METEOROLOGY
Agronomy
Crop Science
Atmospheric Science
Cultivation of Spirulina Platensis and Its Growth Behavior Controlling Cultivation Medium.
Kagaku Kogaku Ronbunshu
Chemistry
Chemical Engineering
