Hydrology: Current Research

ISSN: 2157-7587

Open Access

Current Issue

Volume 12, Issue 2 (2021)

    Editorial Note Pages: 1 - 1

    Surface Hydrology Reconfigures Urbanization

    Mayuka B

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    Editorial Note Pages: 2 - 2

    Geohydrology: Watershed Hydrology

    Mayuka B

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    Editorial Note Pages: 3 - 3

    Hydrology of the Paleoflood Period in Quantitative Form

    Mayuka B

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    Editorial Note Pages: 4 - 4

    Realms of hydrological science- Introductory Overview

    Mayuka B

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    Volume 12, Issue 3 (2021)

      Review Pages: 1 - 5

      Sustainability of global water access and the many challenges of developing nations: An Overview

      Timothy O. Ogunbode*

      The remarkable success recorded at the end of Millennium Development Goals in 2015 was a laudable one and so its sustainability becomes
      desirable, having hit 90% accessibility globally. Thus, the current global target through the United Nations initiated programme called Sustainable
      Development Goals (SDGs) is on course to ensure that there is no setback in the sector. This paper reviews various challenges which may hinder
      the enduring sustenance of the success realized in the water supply subsector in the developing nations. Relevant literatures were considered
      and reviewed, and desk check was carried out. It was discovered that if water access in most developing nations will be sustained then attempts
      should be made to attend to the myriads of socioeconomic challenges as they could render the global efforts towards water accessibility almost
      a waste. Apart from this, developing countries should gear up to pursue subduing all these challenges in order to keep up with their developed
      nations counterpart.

      Research Pages: 1 - 6

      Hybrid Cotton Adaption Performance under Irrigation Conditions of Ethiopia

      Alehegn Workie Amanu

      Cotton is the leading natural fiber crop in the world. Improvements in textile processing, particularly advances in spinning technology, have led to
      increased emphasis on breeding cotton for both improved yield and improved fiber properties in the world. Cotton production and weaving has
      a very long history in Ethiopia. It has also been contributing a lot for the development of textile industries and offering considerable employment
      opportunities in the textile mills and in the farms. The production and productivity of cotton has been constrained by lack of high yielding and widely
      adaptable varieties with higher fiber quality traits. The cotton varieties widely grown in Ethiopia are primarily Deltapine-90 and Acala-SJ2 (American
      varieties). However, these varieties have been used for more than 20 years, thus giving rise to the serious problem of variety ageing and
      degeneration. In order to meet the evolving demands of the producers and domestic textile mills and foreign market, high yielding and better
      fiber quality varieties must be introduced and adapted in a continuous basis. This experiment was conducted with the objective of evaluating the
      performance of introduced hybrid cotton under irrigated condition in Ethiopia. Six medium staple length hybrid cottons namely, VBCH 1533, VBCH
      1537, Rambo VBCH 1521, VBCH 1517 and Hero VBCH 1511 were introduced from India by Vibha seed trading PLC, and compared with two
      commercialized checks Deltapine-90 and stam-59A at Werer Agricultural Reseach Center (WARC), Amibara (sheleko), Melkasedi, Gawane, Sille,
      and Woyto. The Experiment was laid out on a non-replicated plot area of 10 m × 10 m (100 m²). Seed cotton yield result revealed that each of the
      candidate genotype had the best performed at Gewane as compared to other locations. At Gewane Hero VBCH 1511, VBCH 1537, VBCH 1533
      surpassed for seed cotton yield of yielding 51.22, 50.05 and 49.97 q/ha, respectively. The lowest seed cotton yield was scored at Amibara for the
      check variety DP-90 (7.55 q/ha). Almost all test candidate genotypes surpassed over the check varieties for seed cotton yield at each location. The
      overall combined mean showed VBCH 1533 (32.31 q/ha) surpassed all the genotypes followed by VBCH 1537 (30.45 q/ha) and Hero VBCH 1511
      (29.49 q/ha) for seed cotton yield. The yield advantage of the three highest candidate genotypes over the better check was 31.82%, 24.24% and
      20.32%. Most of the genotypes best performed for upper half mean length at locations WARC and Woyto. Concerning to the fiber quality properties
      of the candidate genotypes viz. VBCH 1537, Rambo VBCH 1521, Hero VBCH 1511 and VBCH 1533 had best performed respectively as compared
      to other genotypes considered in this study. In general, VBCH 1533, VBCH 1537 and Hero VBCH 1511 were the best genotypes revealed superior
      performance in both seed cotton yield and related traits and fiber quality properties. Thus, these genotypes can be used in the breeding program
      for crossing and should be commercialized if these genotypes had surpassed the commercialized checks

      Editorial Pages: 1 - 1

      Editorial on Surface Water Hydrology

      Bejjarapu Mayuka*

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      Editor Note Pages: 1 - 1

      Water conservation and groundwater management

      Mayuka B

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      Research Pages: 1 - 5

      Optimization of Irrigation Scheduling and Fertilizer Rate of Maize (Zea Mays L.) to Improve Yield and Water use Efficiency under Irrigated Agriculture

      Ashebir Haile Tefera

      Effective agricultural water management technologies improve crop and water productivity by allowing for a more efficient use of inputs, such as water and fertilizer, and by enhancing the yields and quality of the crops farmers grow.  The aim of the study was to determine the optimal irrigation scheduling and fertilizer rate for better water use efficiency under irrigated agriculture. The experiment was carried in the randomized completed block design experimental design with combination of five levels of irrigation treatments and three levels of fertilizer rate with three replications of the treatments. The result revealed that the plot received optimal irrigation interval of 14 days in combination of 25% more than the recommended fertilizer rate (292.24  kg/ha) had significantly higher effects on above ground biomass (18.25 t ha-1) and on grain yield (4.8 t ha-1 ) of irrigated maize in the study area. However, the maximum water use efficiency of 2.05 kg/m3 was obtained at the irrigation interval of14 days and highest level of fertilizer rate. Hence, the use of 14 days optimal irrigation interval and 25% more fertilizer than the recommended rate is advisable because the grain yield and crop water use efficiency had been improved in the study area. Therefore, the obtained results are valuable in improving maize yield and water use efficiency, but economic analysis should be included for further recommendation.



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