Nitrogen Status and Canopy Density Detection of Vegetation Using Multispectral Data

O. J. Pelemo, Sadioluwa Afolabi, Maureen Ogoliegbune, Monisola Awosusi
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Abstract

The use of ground-based multispectral data for the evaluation of plant water stress and nitrogen status in Old Oyo national Park, Nigeria was conducted and classification was performed. The active area of nitrogen concentration in hectares was between 0.0 and 0.4. This active area was expressed in hectares (ha) and percentages (%) respectively. From the assessment, 53.52 ha (69%) and 24.29 ha (31%) were recorded at 0.2-0.4 and 0.0-0.2 ha, respectively. Heat stress takes place when the regular temperature is above 30 °C, which could slow down plant growth and lead to the threat of deficiency. The heat stress reached a maximum of 40 °C in this analysis between February and May. The research concluded that the sustainability of crops and trees requires a certain quantity of 69 percent nitrogen and a certain level of wetness for their growth which is between 400 mm and 800 mm rainfall.
基于多光谱数据的植被氮态和冠层密度检测
利用地面多光谱数据对尼日利亚Old Oyo国家公园植物水分胁迫和氮素状况进行了评价,并进行了分类。每公顷氮浓度的有效面积在0.0 ~ 0.4之间。活性面积分别以公顷(ha)和百分比(%)表示。在0.2 ~ 0.4和0.0 ~ 0.2 ha范围内分别记录到53.52 ha(69%)和24.29 ha(31%)。当正常温度高于30°C时,就会发生热应激,这可能会减缓植物的生长,导致缺乏症的威胁。在本分析中,热应力在2月至5月期间达到最大值40°C。研究得出的结论是,作物和树木的可持续性需要一定数量的69%的氮和一定程度的湿度来维持它们的生长,降雨量在400毫米到800毫米之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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