An Energy Efficient Low Energy Adaptive Clustering Hierarchy Routing Protocol base on I-Node

Wireless networks are quite important for wireless data transfer, which require an energy source. The wireless devices had limited energy as they operate on battery, which need replacement. This becomes the major bottleneck of wireless sensor devices. The replacement of batteries is quite costly, so the need of hour is to enhance the lifetime of the network. This will utilize the network energy in proper manner which reduce the overall global cost of the network. In this paper, an energy efficient routing is proposed based on I-Node which reduce energy consumption of the network

Effects of cultivar and nitrogen application rate on lint, seed, oil, and protein yields of field-grown cotton

Article describes how the objective of this study was to evaluate the lint, seed, oil, and protein yield responses of cultivars with different seed mass and composition to N application rates (0–168 kg N ha−1) for field-grown cotton. The authors conclude that variability in the distribution of photosynthates to fiber and seed as well as seed oil and protein composition can significantly alter trends in fiber, seed, and seed component yields in response to cultivar or N application rates for field-grown cotton