Design of Physical Topology in Sensor Network for an Industrial Air Pollution Monitoring
Abstract :
We examined the food habits of the Nilgai (Boselaphus tragocamelus) from May 2012 to September 2013 in a human dominated central Saurashtra landscape using microhistological technique of pellet samples. A total of 112 pellet samples were collected over three seasons- summer, monsoon and winter and analyzed for percent frequency of occurrence of different plant species. Contribution to the diet by monocots and dicots showed seasonal differences (ANOVA, F= 6.45, df=15, p=0.011) and the Nilgai was found to be a mix feeder through all the seasons in the study area.
Keywords:
dicot, monocot, microhistology, Nilgai, Saurashtra
Citation: *,
( 2015), Design of Physical Topology in Sensor Network for an Industrial Air Pollution Monitoring. Scientific Transactions in Environment and Technovation, 5(1): 14-Jul
Correspondence: P.Velmani