Introduction to Optimize Water

What is/are Optimize Water?

Optimize Water - The third objective was to optimize water-flow rate for efficient aquaponic system for maximum crop yield. ^[1] Different conceptual methods such as Composite Table Algorithm (CTA), Extended Composite Table Algorithm (ECTA), Composite Matrix Algorithm (CMA) have been investigated to optimize water and wastewater network. ^[2] During the initial phases of salinity stress, the relatively high osmotic potential of the rhizosphere enforces the plant to use a diverse spectrum of strategies to optimize water and nutrient uptake. ^[3] It is important to adopt dwarf and close-planting technology under drip irrigation and to optimize water and fertilizer management to improve jujube yield and quality. ^[4] This can reduce the electron transfer resistance, optimize water and H adsorption on catalyst surface and generate a space-charge region in phase interface, enhancing the local electrons density of Cu2O, which is proved by experimental results and density functional theory (DFT). ^[5] Herein, we use finite volume-based flow diagnostics to optimize waterflooding. ^[6]

optimize water use

So, on this regard to shop water and time we've got proposed venture titled automated irrigation device the use of IoT the clever irrigation device is evolved to optimize water use and effective agricultural crops. ^[1] These results show that adopting a mixed heterotrophic/chemoautotrophic biofloc system improves shrimp growth performance, optimize water use and decrease solids production. ^[2] There is an increasing need to strategize irrigation management under various climatic and environmental conditions to optimize water use in agriculture while optimizing crop yields. ^[3] New lagoons have been built using modern technologies to optimize water use and waste recycling, as well as increasing the green spaces around the country. ^[4] Decision support tools are therefore required to optimize water use or to adapt agronomic practices. ^[5] Changes in temperature had greater impact on crop production than changes in rainfall and the simulations indicated the importance of changed sowing windows to lengthen the growth duration and optimize water use. ^[6] This study aims to design a low-cost autonomous sensor interface to automate the monitoring and control of irrigation systems in remote locations, and to optimize water use for irrigation farming. ^[7] LiDAR sensors are laser equipped and use a laser beam to create 3D models of crops to identify drought stress and to optimize water use. ^[8] The model, after being calibrated, could be used for simulating the response of the crop to different irrigation management aiming to optimize water use efficiency. ^[9] Comprehensive decision support tools are required to help the user decide where to apply how much irrigation water at different crop growth stages to optimize water use and crop production based on the regional climate conditions and cropping systems. ^[10] The objective of the present work is to investigate solutions to optimize water use in green roofs under Mediterranean conditions, such as those of southern Europe. ^[11] Thus, irrigation systems can optimize water use during the process at lower cost regarding TDR application. ^[12] Such composite indices can be used in combination with more local and contextual information on water availability/scarcity, existing impacts, and agricultural conditions to better optimize water use within single crops, such as the almond industry, and among crops within a region. ^[13]

optimize water resource

This study provides initial insights into the response of WP, EWP and NWP to the changing cropping patterns and climate variability for major crops in the SJWS, which could be used by a wide range of stakeholders including farmers, commodity boards, irrigation districts, groundwater sustainability basins, environmental justice groups and policy makers to optimize water resources planning and management. ^[1] The application to Tianjin, a city in northern China with the rapid growth of population and economy but scarce water resources, shows PSRW is a potential means to improve water efficiency and optimize water resource allocation in water scarcity situations. ^[2] Crop rotation and conservation tillage appears to serve as an effective strategy to optimize water resources distribution and utilization. ^[3] The objective of this study is to develop a multi-objective optimization model to optimize water resources allocation among the stakeholders (including all water sectors in eight provinces) in the Sefidrud River basin in Iran. ^[4] The sustainable and efficient use of water resources has gained wide social concern, and the key point is to investigate the virtual water trade of the water-scarcity region and optimize water resources allocation. ^[5] The precise management of agricultural ET helps optimize water resource usage in arid and semiarid regions and requires field-scale ET data support. ^[6] Therefore, developing models to predict water levels to optimize water resources management in the reservoir is essential. ^[7] Local governments need speed up water price system reforms and adopt water rights systems to optimize water resource allocations. ^[8]

optimize water allocation

Satisfaction degree function is introduced to optimize water allocation equality in water use sectors (agricultural, domestic, and industrial sectors), and economic efficiency loss acceptance is integrated into the model constraints to control the economic loss corresponding to variations in water availability. ^[1] In this study, three main approaches including Genetic Algorithm (GA), cooperative game theory and ABM have been used to optimize water allocation in Tajan catchment. ^[2] Taking Zabol and Zahedan as examples, this paper seeks to optimize water allocation between the two cities using a dynamic bi-level programming model; the upper level objective minimizes the deviation between water demand and supply, and the lower level objective maximizes the net economic benefits in each sector. ^[3]

optimize water supply

The main purpose of this study is to apply a linear programming model (LPM), which, the objective function of the model was set to maximize the income function of the region AS with accessible water sources and function of crops production before and after the DF by using dummy variable (DV) regression models to optimize water supply for irrigation. ^[1] Thus, this study proposes a dynamic model to optimize water supply system under different scenarios aimed at improving sustainability of system. ^[2] The study investigated water distribution and supply in Ado-Ekiti metropolis applying a geospatial approach, with a view to generating baseline information to optimize water supply and distribution in the metropolis. ^[3]

optimize water usage

The objective of this study was to compare and optimize water usage in a 2-acre lemon farm test site in Gadap, Karachi, for a 9-month duration, by deploying an indigenously developed IoT device and an agriculture-based decision support system (DSS). ^[1] To deal with this problem, the EcoLoop project presented in this work proposes an ICT system able to collect, aggregate and analyze IoT data, with the aim to foster reuse of wastewater and optimize water usage in agriculture. ^[2] The ANN methods were offered as the best method because they need fewer input data and can be easily used for other developed programs that applied for water allocation and therefore solve the conflicts between stakeholders and optimize water usage. ^[3]

optimize water consumption

A hybrid algorithm is developed in this paper to optimize water consumption and the throughput of the regeneration unit by minimizing the total annualized costs. ^[1] To find out the more promising cultivation technology to optimize water consumption characteristics and improve crop water productivity for winter wheat, a four-year field experiment in 2015–2019 was conducted in a randomized and complete block design in the Loess Plateau of northwest China. ^[2] The system detects various environmental and soil parameters to optimize water consumption and automate irrigation control at a reduced cost. ^[3]

optimize water injection

The result is a clear understanding of the main dynamics in the reservoir, which allows to better tune any action aimed to optimize water injection and increase the value of mature assets. ^[1] This new approach can be used to optimize water injection at frequent intervals based on the operations data obtained from the field. ^[2]

optimize water uptake

In a win-win situation, the NaCl remaining in the tissues was used from UDEC-5 to optimize water uptake (osmotic force), to release vacuolar nutrients to enhance indirectly photosynthesis and to reduce ionic burden. ^[1] At root level, xeromorphism relies on the combination of different anatomical traits which co-optimize water uptake/loss: thinner roots, higher number of xylem vessels, vessels with small-sized lumen and thinner cell walls. ^[2]

optimize water distribution

Information and Communication Technology (ICT) can be used to create smart water grids to optimize water distribution, reduce waste and leakage, and resolve quality and overuse issues. ^[1] The VEGA module was first used to optimize water distribution in the irrigation district, and ensure a uniform flow rate and a minimum hydraulic loss in the main canal. ^[2]

optimize water quality

Strategies to optimize water quality monitoring networks, as parameter definition, sampling, and statistical approach, have been widely discussed. ^[1] In recent years, the increasingly severe water pollution problem encouraged researchers to optimize water quality monitoring sensor networks (WQMSNs) by creating new underwater sensor coverage algorithms. ^[2]

optimize water productivity

This indicated that changes in stomata density may represent a fundamental mechanism by which a plant may optimize water productivity and maintain growth under saline conditions. ^[1] As blueberries are susceptible to water stress and their future cultivation in semiarid Mediterranean areas will be challenged by drought, irrigation management strategies will be needed to optimize water productivity and maintain sufficient levels of fruit yield and quality. ^[2]