Potential Assessment Multi-Repeating Abiotic/Biotic Motivation Coincide Biofertilizers to Optimize Black Cumin (<i>Nigella sativa</i> L.) Seed Yield Production and Quality

Abstract

Black cumin (Nigella sativa L.) the highly aggregate valuable medicinal plant was field cultivated for two subsequent seasons (2018, 2019) designed as factorial split plot based on randomized complete block with 3 replications. The main factors 4 elicitors: salicylic acid, (SA) Nano-selenium (NPs), yeast (YS) chitosan (CH) and (E0), control. Whereas, the sub-main plot 4 biofertilizers, dray Moringa leaves extract, (MLE), neem dray leaves extract (NME), humic acid (HA) and traditional (NPK) chemical fertilizer as control. Allied statistical analysis of variance revealed that biotic and abiotic elicitors coincide biofertilizer and NPK chemical fertilizer actuated significant positive impacts, dray seed, seed fixed oil, seed essential oil yield production. Also, significantly amelioration bioactive major fatty acids content of seed fixed oil (linolenic > carvone) dihydrolenoleic > oleic) as well as major terpens content of seed essential oil (P-cymene > thnymoquione > Penine). Consequently, multi-repeating elicitation cod be considered reliable strategy achieve sustainable development for N-sativa under, biotic elicitor coincide biofertilizers that excel abiotic elicitors coincide biofertilizer which excel biotic or abiotic elicitors coincide NPK traditional chemical fertilizer.

A new distribution network alert state adjustable potential assessment method based on improved isolated forest algorithm

“…The isolated forest algorithm has an efficient retrieval strategy and can complete the retrieval and data processing with high accuracy in a limited time. Therefore, this paper adopts the isolated forest algorithm to calculate the distribution network line loss anomaly score, and uses the calculation result as an index to measure the alert state adjustable potential of the distribution network, analyzes the factors affecting the adjustable potential, and constructs a comprehensive evaluation index system [3] .…”