Nutrient inputs from two major rivers into the cilician basin of the north-eastern Mediterranean Sea by Türkeri Mehmet, Marankoz Suat, Özbay Özgür, Akçay Ismail, Alp Mehmet Tahir

“…The calculated molar ratios from total nitrogen (TN) and phosphorus (TP) fluxes ranged from 13 in the Göksu River to 22 in the Berdan River. …”
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Determination of Calcium Carbonate Content in Eggshells of Different Types (White and Brown Egg shells). by Namutebi, Joweria

“…The composition of the eggshell is approximately 98.2, 0.9, 0.9% Calcium carbonate, Magnesium, and phosphorus (phosphate) respectively. Discarded eggshells are often used as a plant fertilizer and are effective liming sources. …”
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Some wood parameters in bulls administered vitamin c at different environmental temperatures by Tufan Keçeci, Ercan Keskin

“…Moreover, it was not determined any effect of the environmental temperatures on the serum alkaline phosphatase, urea-nitrogen, total protein, albumin, calcium and inorganic phosphorus levels of the bulls. Consequently, it was determined that the environmental temperatures caused to alter the values of the serum glucose, total cholesterol and AST in Swiss Brown cattle and vitamin C was not influenced on the investigated parameters at the ambient temperatures recorded this experiment.…”
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Nutrient transport by overland sheet flow on sites containing swine slurry by John E. Gilley

“…Runoff rates on the experimental sites ranged from 2.3 to 21.2 L min−1 and maximum equivalent downslope distances varied from 5 to 108 m. Phosphorus (P) and nitrogen (N) transport rates were found to increase in a linear fashion with runoff rate. …”
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The effects ofesterified glucomannan on some biochemical parameters during experimental aflatoxicosis in japanese quails by Banu ATALAY, Zafer DURGUN

“…In the blood samples taken on the 21st and 42nd day. it was determined decrease in total protein (TP), albumin, tryglyseride, cholesterole, glucose, calcium (Ca). inorganic phosphorus (IP), and blood urea nitrogen (BUN) levels and increase in alanineaminotransferase (ALT) and aspartatearninotransferase enzymes activities in the AF ve AF+GM1 groups (P<0.05). …”
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The High-Temperature Synthesis of the Nanoscaled White-Light Phosphors Applied in the White-Light LEDs by Hao-Ying Lu, Meng-Han Tsai

“…In order to obtain the white-light phosphors, the vanadium ions were applied to substitute the phosphorus ions to compose the YP1-XVXO4 phosphors. …”
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Discrimination of Melanoma Using Laser-Induced Breakdown Spectroscopy Conducted on Human Tissue Samples by Muhammad Nouman Khan, Qianqian Wang, Bushra Sana Idrees, Geer Teng, Xutai Cui, Kai Wei

“…The results demonstrated higher LIBS signal intensities of phosphorus (P), potassium (K), sodium (Na), magnesium (Mg), and calcium (Ca) in melanoma FFPE samples while lower signal intensities in normal FFPE tissue samples. …”
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Investigation of the compost of different organic wastes usage combined with zeolite and perlite on the growth of Codiaeum variegatum cv. Norma by Farshid Esmaeili

“…Results The results showed that the highest rate of nitrogen absorption observed in treatment containing peat moss and perlite and combination of this material with zeolite showed better results in the absorption of phosphorus, potassium, iron, and zinc and also had better results in some leaves and dry weight than perlite. …”
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Change in nutrient composition of biochar from rice husk and sugarcane bagasse at varying pyrolytic temperatures by Ifeoma Monica Nwajiaku, John Seye Olanrewaju, Kuniaki Sato, Takeo Tokunari, Shigeru Kitano, Tsugiyuki Masunaga

“…Results It was found that biochar yield and total nitrogen decreased with increasing pyrolysis temperature while ash content, pH, EC, total carbon, extractable Ca, Mg, Na, available phosphorus and silica were increased. In RHB, extractable K increased with increasing pyrolysis temperature, while in SBB it decreased with its maximum observed in RHB. …”
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Environmental benefits assessment of pollution reduction and Greenhouse gas emissions from urban domestic wastewater treatment in Guangdong province by Wang Simiao, Chen Deye, Wang Zixiong, Fan Yuxin, Yan Chao, Wang Tianxiang

“…The results show that over the past 20 years, the urban sewage treatment rate in Guangdong Province has increased by 3.22 times, and the reduction in COD, total nitrogen, and total phosphorus has increased nearly tenfold. This has effectively reduced the environmental pollution load, contributing to the improvement of the water environment in Guangdong Province. …”
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Natural Recovery and Planned Intervention in Coastal Wetlands: Venice Lagoon (Northern Adriatic Sea, Italy) as a Case Study by Chiara Facca, Sonia Ceoldo, Nicola Pellegrino, Adriano Sfriso

“…A pronounced reduction in trophic state (mainly total nitrogen, organic phosphorus, and organic carbon concentrations) and macroalgal biomass was recorded, together with the progressive expansion of seagrass meadows. …”
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Distribution Characteristics and Environmental Responses of Benthic Diatoms in Reservoirs in Headstream Area of Le'an River by JIN Yi, WANG Hao, YAN Ruyu, JI Yong, HU Qiannan, BAI Dongchen

“…This study aims to investigate the community distribution characteristics of the benthic diatom species in the reservoirs in the headstream area of the Le'an River and the response relationships of those species with environmental factors.For this purpose,the composition and water physicochemical parameters of benthic diatom communities in Datangwu reservoir,Qinghua reservoir,and Shijing reservoir in Wuyuan County were measured in the winter of 2020.Pearson correlation analysis and redundancy analysis were performed to explore the spatial distribution characteristics of benthic diatoms and the abovementioned response relationships.The results show that a total of 73 species,belonging to 24 genera,of diatoms are detected from 11 sampling sites.Specifically,the abundance of the dominant species Cyclotella stelligera is 21.91%,and the Melosira,Cocconeis,and Achnanthes genera are widely distributed.The following observations can be made from the analysis of the distribution characteristics and environmental responses of the diatoms:The relationship between Melosira varians and water eutrophication level is significant;a marked positive correlation is observed between Cyclotella stelligera and COD_Mn;Cymbella perpusilla and total phosphorus (TP) are negatively correlated.NH⁺₄-N and NO^-₃-N are significant factors affecting the differences among diatom genera and species,altogether explaining 43.1% of the diatom information.A preliminary determination is made that the structure of the benthic diatom communities in the reservoirs in the headstream area of the Le'an River responds simultaneously to NH⁺₄-N,NO^-₃-N,COD_Mn,TP,and other parameters.…”
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Research for Impact of Discharge on Continuously Treating Micro-polluted Water by Electrocoagulation by JIAO Yueteng, GU Zhenghua, GU Qiaoya, SHENG Jiaoying, GAO Zhu

“…Purification and utilization of micro-polluted water like rainwater will be an effective way to solve the problems of water shortage.As a low-cost,high-efficiency wastewater treatment technology with a wide range of prospects,electrocoagulation has been proved to have a significant effect in treatment of heavily polluted wastewater such as industrial wastewater and domestic sewage.However,there are currently few studies on purification of micro-polluted water by electrocoagulation.Compared with batch treatment,continuous electrochemical treatment is simpler and faster,and large in treatment capacity,without human intervention.This paper discusses the impact of discharge on the continuous treatment results by electrocoagulation based on the experimental investigation of electrocoagulation test of river water.The results show that the discharge has a significant impact on the continuous treatment of micro-polluted water by electrocoagulation.There is a suitable discharge value,but the law is not obvious.Under the condition of the current density of 14.79 A/m²,and the plate distance of 1.5 cm,the discharge is about 2.0 mL/s,and after 3-hours reaction,the chroma removal rate of polluted water is 48.88%,the turbidity removal rate is 73.17%,the removal rate of suspended solids is 58.06%,the removal rate of COD is 35.00%,and the removal rate of total phosphorus is 51.22%.Furthermore,the pH of treated water rises slightly,and its conductivity decreases a little.Therefore,it is feasible to continuously purify micro-polluted water by electrocoagulation.…”
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Manurial value of khat waste vermicompost from Awday, Harar town, Ethiopia by Hiranmai Yadav Rameshwar, Anteneh Argaw

“…The organic carbon, organic matter, total nitrogen, phosphorus, copper, iron, zinc and manganese contents were analyzed and found to be improved after decomposition. …”
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Investigation of Contact Properties and Device Performance for Bifacial Double-Side Textured Silicon Solar Cells With Polysilicon Based Passivating Contacts by Pradeep Padhamnath, John Derek D. Arcebal, Sagnik Dasgupta, Gabby De Luna, Ajeet Rohatgi, Armin G. Aberle

“… We investigate the impact of the surface morphology on the contact properties of phosphorus doped poly-Si layers. If the poly-Si layer on a textured surface remains intact after high-temperature metallization using a fire-through (FT) silver (Ag) paste, the J0,metal is not expected to increase significantly while the specific contact resistivity can improve with a textured surface. …”
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Treatment Project Design for Weakly Saline Water Bodies in Desert Parks and Practice by FENG Yu, ZHANG Wenlei, XU Yufeng, ZHANG Huajun

“…The eutrophication control of a saline park water body in the Inner Mongolia Plateau is conducted by constructing a complete aquatic ecosystem.Acid-alkali adjustment of this water body is carried out to build aquatic plant and animal communities in the lake body,and functional bacterial agents are also supplemented to build and restore microbial communities.Moreover,the stable development of the ecosystem is guaranteed by on-site maintenance measures.The project effect shows that the aquatic ecosystem remains stable after its successful construction,with a clear water body that offers a favorable pollutant removal effect and main water quality indexes significantly better than those before treatment.Specifically,the pH of the water body decreases from 9.09 to 8.75,and the turbidity is lowered from 20.5 NTU to 4.0 NTU.Regarding transparency,it reaches more than 1.5 m at the deepest part of the water body,or even a clear bottom is achieved.The total phosphorus concentration decreases from 0.19 mg/L to 0.03 mg/L,and the COD_Cr concentration is reduced from 109.5 mg/L to 17.0 mg/L.In addition,aquatic animal biomass and the number of species of aquatic animals increase significantly.The above results indicate that the water quality improvement target is achieved.The aquatic ecosystem after treatment with maintenance measures can resist external disturbance to a certain extent,and the implementation of this project can provide a reference for the treatment of saline lakes in plateau areas.…”
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Effects of Grazing Intensity on Microbial Diversity at Different Soil Depths in Desert Steppe Soils by Yuxin Wang, Xin Ju, Qian Wu, Guodong Han

“…The results showed that grazing intensity significantly impacted soil moisture, organic carbon, total nitrogen, and phosphorus levels, with a notable decrease in plant cover and microbial diversity under heavy grazing. …”
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Mathematical Modeling for Water Quality Management under Interval and Fuzzy Uncertainties by J. Liu, Y. P. Li, G. H. Huang

“…For nonpoint sources, crop farming generates large amounts of total phosphorus (TP) and total nitrogen (TN). The results are helpful for managers in not only making decisions of effluent discharges from point and nonpoint sources but also gaining insight into the tradeoff between system benefit and environmental requirement.…”
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Evaluation of Previously Isolated and Characterized Phosphate Solubilizing Bacteria with Plant Growth-Promoting Potentials for Rice Grown Ferruginous Ultisol Soil in Benin City, Ed... by S. I. Musa, I. Beckley

“…Results showed that the FU soil used in the study had high pH, low bioavailable phosphorus and high iron levels which has led to low growth properties of rice seeds sown in FU soil without rhizo-inoculation. …”
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Machine learning optimized design of THz piezoelectric perovskite-based biosensor for the detection of formalin in aqueous environments by Jacob Wekalao, Shobhit K. Patel, Om Prakash Kumar, Fahad Ahmed Al-zahrani

“…The sensor architecture operates within the terahertz spectral region and incorporates an advanced nanomaterial composite system comprising black phosphorus, gold nanostructures, graphene, and barium titanate to maximize detection sensitivity and operational performance metrics. …”
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