Lupine Publishers- Open Access Environment Journals

Change of Evaporations Leads to Climate Change by Oleg Khalidullin in OpenAccess Journal of Environmental and Soil Science in Lupine Publishers

The basis of all floods and droughts is water, its excess in some places and lack of it in others. Both here and there the biota dies. Water is the main mediator, means and condition for the existence of life on the planet. Water accumulates in the clouds, moves, precipitates, dissolves minerals and organic matter in itself, delivers it to animals and plants. Water itself is not a product, it is a supplier, component and builder of cells, matter of all biota. Each plant species and a living organism, and within each species, each individual has his own personal ability to extract the substances dissolved in it. And water does not disappear, it is contained in every cell of the body and leaves the body after performing its functions in the form of exhalation, excretions, sweat, transpiration of plants have their own specific individual properties. The structure of each type of discharge is strictly individual and has its own purpose. This is how we feel the fragrance of flowers when inhaled; animals smell their victims and partners by smell. Exhalation and urine doctors diagnose diseases. All of these secretions are concentrated in the atmosphere and are called aeroplankton [1]. American microbiologist Parker found that air contains a large amount of organic matter and a variety of microorganisms, including algae, some of which are active. The temporary location of these organisms can be, for example, cumulus clouds. Acceptable for the flow of vital processes temperature, water, trace elements, radiant energy - all this creates favorable conditions for photosynthesis, metabolism and cell growth. According to Parker, “clouds are living ecological systems,” giving multicellular microorganisms the opportunity to live and multiply. “ From this it can be assumed that this plankton is formed into a single substance and creates a special mechanism that programs the volumes, terms and places of precipitation, forms special clouds.

https://lupinepublishers.com/environmental-soil-science-journal/fulltext/change-of-evaporations-leads-to-climate-change.ID.000125.php
https://lupinepublishers.com/environmental-soil-science-journal/abstracts/change-of-evaporations-leads-to-climate-change.ID.000125.php
https://lupinepublishers.com/environmental-soil-science-journal/pdf/OAJESS.MS.ID.000125.pdf

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What is the Role of Editors in Lupine Publishers

What is the role of Editors in Lupine Publishers? Editor Guidelines The main epigram of Lupine Publishers is to spread scientific knowledge globally by publishing quality articles in their open access journals. The credibility of published articles completely depends on the effective peer review process; Hence, editors are the chief support for Lupine Publishers. The Editorial board members of Lupine are responsible to make it as quality manuscript publisher which are received from authors on various subject areas. Roles and Responsibilities:  Actively look for the views of associate editors, authors, readers, reviewers and editorial board members about ways of improving their journal's content.

https://www.slideshare.net/LupinePublishers/what-is-the-role-of-editors-in-lupine-publishers

Lupine Publishers-Environmental Science Journal Impact Factor

Soil Texture of Nesting Sites and Breeding Population of Four Tern Species, Western Reef Heron, and Crab Plover in Mond Marine National Park in Persian Gulf by Behrouz behrouzi-Rad in Open Access Journal of Environmental and Soil Sciences in Lupine Publishers

Investigating the breeding population and soil texture of breeding sites of four Terns, Crab Plover, and Western Reef Heron on the islands of Khan, Nakhilou, Om-al-Gorm, and Tahmadon in Mond Marine National Park in Persian Gulf carried out in the spring and summer in 2015. Twenty-two species of water birds identified on the islands. Eight species of them were breeder and reminder (14 species) was passage. The dominant species was Bridled Tern Sterna Anaethetus with 170427 breeder pairs that had bred on sandy ground under the Atriplex bushes. The populations of Lesser Crested Tern Sterna bengalensis and Greater Crested Tern Sterna bergii were 19933 pairs in Nakhilou and Om-al-Gorm Islands that had bred also on the Sandy ground. The breeder population of Western Reef Heron Egretta gularis was 12, 72, and 45 pairs in Om-al-Gorm, Nakhilou, and Khan Islands respectively. The nests have been built on the short bushes. The breeder population of Crab Plover Dromas ardeola was 2266 on Nakhilou and 481 on Om-al-Gorm. The nests of this species have been built under ground in tunnels. Soil texture of tern’s nests sites in Nakhilou, Island consisted of 94.6% sand, 1.3% silt and 4.1% Clay, and under Atriplex bushes was 95.4% sand, 1.7% silt and 3.9% Clay. Soil texture of terns nesting sites in Om-al-Gorm, Khan, and Tahmadon consisted of 93.4% sand, 1.7% silt, and 4.9% clay; 92.8% sand, 2.7% silt and 4.7% clay, 89.4% sand, 3% silt and 7.6% clay respectively. The soil texture of the nesting sites on four islands did not differ significantly (p=0.05).

https://lupinepublishers.com/environmental-soil-science-journal/fulltext/soil-textur-of-nesting-sites-and-breeding-population-of-four-tern-species-western-reef-heron-and-crab-plover-in-mond-marine-national-park-in-persian-gulf.ID.000124.php

https://lupinepublishers.com/environmental-soil-science-journal/abstracts/soil-textur-of-nesting-sites-and-breeding-population-of-four-tern-species-western-reef-heron-and-crab-plover-in-mond-marine-national-park-in-persian-gulf.ID.000124.php

https://lupinepublishers.com/environmental-soil-science-journal/pdf/OAJESS.MS.ID.000124.pdf

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LUPINE PUBLISHERS Open Access L Latest Trends in Textile and Fashion Designing Fashion Choices of Gen Y in Retrospective

Nithyaprakash Venkatasamy

Bannari Amman Institute of Technology

Abstract

Gen Y’s lifestyle is analogous to America’s 20th century professional woman trying to live outside the traditional parameters of the society. The movements of Pre-Raphaelites, early 20th century Hollywood stars, Bohemianism in the early stages, Style preferences of BCBG: Bon Chic Bon Genre and current deconstructed silhouettes reveal the traits of free spiritedness, not just because it adds on personal flavour but rather free spiritedness evolution as a way of life and attitude.

https://www.researchgate.net/publication/323279685_LUPINE_PUBLISHERS_Open_Access_L_Latest_Trends_in_Textile_and_Fashion_Designing_Fashion_Choices_of_Gen_Y_in_Retrospective

Lupine Publishers-Peer Reviewed Environmental Journals

Application of Geophysical and Geotechnical Approach to Determine the Soil Bearing Capacity of Calaro Sub-Surface By JG Egbe in Open Access Journal of Environmental and Soil Science in 

Lupine Publishers

Geophysical and Geotechnical investigations were carried out on the proposed New Oil Mill at Wilmar Calaro Oil Palm Estate in Awi- Akamkpa of Cross River State. Five borings were carried out at the depths of 42.3 m and 3 m at intervals of 1m and 4.7 m respectively. The samples were taken to the laboratory for Sieve analysis, compaction test, California Bearing ratio test, plasticity index, maximum dry density, unconfined triaxial test, and shrinkage test to determine the bearing capacity of the soil. The results revealed that the subsurface displayed good bearing capacities characteristic of (1.5m and 467.20KN/m2). Settlement predictions based on a loading of 100KN/m2 indicated a settlement of 1.68 mm. Hence, the subsurface is adjudged to be suitable for the proposed construction with the expected superstructure. Seismic refraction was also carried out in the locations the geotechnical borings were made using a 12channel seismograph (Teraloc) model DPU 411 to determine the bearing capacity of the subsurface. The five selected locations that were investigated shows that the hammer source penetrated the first three layers of the earth. A software seislmager was used to analyze the data. The range of Velocities for the first three layers were 276 m/s to 1148 m/s, 544 m/s to 2270 m/s and 1134 m/s to 5368 m/s, their depths to bottom were 1. 7 m to 8.1 m and 7.2 m to 13.5 m and the shear modulus (μ) of 0.97 x 108N/m2, young modules (E) of 2.06 x 108N/m2 to 331 x 108N/m2, Lame’s constant (λ) of 0.14 x 108N/m2 to 927 x 108N/m2 and Poisson ratio (σ) of 0.01 to 0.3 were calculated, the soil identified in the survey area were mainly sand, clay, shale, gravel, and granite. Seismic refraction and geotechnical results show a good agreement that the soil is well consolidated, and it is suitable for the expected deep foundation building.

https://lupinepublishers.com/environmental-soil-science-journal/fulltext/application-of-geophysical-and-geotechnical-approach-to-determine-the-soil-bearing-capacity-of-calaro-sub-surface.ID.000123.php

https://lupinepublishers.com/environmental-soil-science-journal/abstracts/application-of-geophysical-and-geotechnical-approach-to-determine-the-soil-bearing-capacity-of-calaro-sub-surface.ID.000123.php

https://lupinepublishers.com/environmental-soil-science-journal/pdf/OAJESS.MS.ID.000123.pdf

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