http://www.jobpcr.comJournal of Chemical and Pharmaceutical Research is an online international journal to promote all fields of Chemical Sciences like Organic Chemistry, Green Chemistry, Photochemistry, Inorganic Chemistry, Physical Chemistry, Industrial Chemistry, Biochemistry, Environmental Chemistry, Agricultural and Soil Chemistry, Analytical Chemistry, Polymer Chemistry, Macromolecular Chemistry, Petroleum Chemistry, Forensic Chemistry and Phytochemistry as well as all aspects of Chemical Engineering etc.

Wild edible plant resources of Harda District , Madhya Pradesh, India Journal of Biological ,Pharmaceutical And Chemical ResearchJournal of Biological ,Pharmaceutical And Chemical Research2394-3076201631 Sudip Ray[1]* , Jeetendra Sainkhediya[2] Page No. 1-3 1 Harda district is located in south western part of Madhya Pradesh and it is covered by Satpura hill ranges ,extended part of Malwa plateau and Narmada valley. Harda district shows rich vegetation due to its unique phytogeographical position and variable topography .It has 3 sub division namely Khirkia, Harda and Timarni. Present study reveals 59 plant species which are used as edible foods by tribals and local inhabitants.. In all 59 plants, 23 plants are utilized as edible fruits,36 plants are used as vegetables and seeds of 7 plants are used as food during famine or drought. Key words: Harda, phytoresources, Satpura, Malwa plateau and Narmada valley. http://www.jobpcr.com/archive-abs.php?arc=266http://www.jobpcr.com/archive/JOBPCR-2016-3-1-042-1-3.pdf

Assessment of Relationship between Soil Organic Matter and Macronutrients, Western Nepal Journal of Biological ,Pharmaceutical And Chemical ResearchJournal of Biological ,Pharmaceutical And Chemical Research2394-3076201631 Dinesh Khadka Page No. 4-12 1 Soil organic matter is an important soil chemical parameter influencing soil sustainability. Revealing this factor, the study was conducted to determine relationship between soil organic matter and total nitrogen, available phosphorus, extractable potassium, calcium and magnesium, and available sulphur. The total 172 soil samples were collected from the three sites of western region at 0-20 cm depth. The collected samples were analyzed by standard method in Soil Science Division, Khumaltar. To compute the relationship between soil organic matter and the macronutrients, simple linear correlation and regression were preformed. The result revealed soil organic matter was significantly and positively correlated with primary nutrients namely; total N (r=.73).), available P2O5 (r=.57) and extractable K2O (r=.35). While, there was significant and negative correlation between with secondary nutrients as extractable Ca (r=.29), Mg (r=.33) and available S (r=.19). In addition, with the increase on organic matter by one unit, total N, available P2O5 and extractable K2O increases by 0.038, 31.19 and 5.92 units, respectively and vice-versa. Whereas, extractable Ca, Mg and available S decreases by 87.75, 13.39 and 0.37 units, respectively and vice-versa. Therefore, maintenance of optimal soil organic matter is essential to make macronutrients concentration balanced in western Nepal. Key words: Correlation, Macronutrients, Regression, Soil organic matter. http://www.jobpcr.com/archive-abs.php?arc=267http://www.jobpcr.com/archive/JOBPCR-2016-3-1-043-4-12.pdf