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⌀ | human_needs
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⌀ | natural_resources
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⌀ | justice
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|---|---|---|---|---|---|---|---|---|---|---|
W3003650968
| 1
|
Asia-Pacific States
|
[
"Utilize PC1 to select accessions with round grain, high amylose content, hard texture, and white color",
"Utilize PC2 to select accessions with low amylose content (sticky rice)",
"Utilize PC3 to select accessions with high yield and desirable texture",
"Utilize PC4 to select accessions with long and slender grain."
] |
[
"Countries"
] | null | null | null | null | null | null |
W3003650968
| 2
|
Asia-Pacific States
|
[
"Develop breeding programs to enhance brown rice yield and head rice percentage",
"Select accessions with high loading scores on PC5 for premium rice development",
"Prioritize accessions with low red grain and broken rice percentage for quality improvement",
"Utilize principal component analysis to guide rice accession selection for specific traits."
] |
[
"Countries"
] | null | null | null | null | null | null |
W3003650968
| 3
|
Asia-Pacific States
|
[
"Utilize accessions 10489, 10474, 10535, 10592, 10496, 10515, 10476, 10572, and 10560 for developing low amylose content or sticky rice",
"Use accessions 10510, 10470, 10474, 10513, 10592, 10515, 10496, 10491, 10471, and 10499 for breeding long and slender grain rice",
"Employ accessions 10479, 10486, 10491, 10499, 10515, 10551, and 10562 as genetic materials for premium rice development",
"Utilize PC3 and PC5 as indicators for accessions with good milling quality, yield, and consumer preference",
"Implement PCA and HCPC to group accessions based on physicochemical characteristics for targeted breeding programs."
] |
[
"Countries"
] |
[
"Indonesia"
] | null |
[
"Agricultural Land"
] | null | null | null |
W4394796190
| 0
|
Asia-Pacific States
|
[
"Provide social support for teachers",
"improve work conditions for educators",
"conduct further research on stress and work overload in teaching",
"address unique stressors faced by preschool teachers",
"enhance job satisfaction and commitment among teachers",
"reduce workload for lecturers",
"improve resource allocation for educational institutions."
] |
[
"Countries"
] | null | null | null | null | null | null |
W4394796190
| 1
|
African States
|
[
"Adhere to NUC Benchmark Minimum Academic Standard (BMAS) for lecturer-student ratios",
"Implement workload management strategies for lecturers",
"Provide additional resources to support teaching, research, and administrative duties",
"Address staffing shortages in faculties to meet NUC benchmarks"
] | null |
[
"Nigeria"
] | null | null | null | null | null |
W4394796190
| 2
|
African States
|
[
"Increase the number of academic staff to meet NUC benchmarks",
"Implement workload distribution strategies",
"Set realistic expectations for lecturers",
"Create supportive work environments",
"Provide adequate resources",
"Offer time management training"
] |
[
"Countries"
] |
[
"Nigeria"
] | null | null | null | null | null |
W4394796190
| 3
|
Western European
|
[
"Implement workload distribution strategies",
"set realistic expectations",
"create supportive work environments",
"provide adequate resources",
"offer time management training",
"reduce bureaucratic tasks",
"improve funding and resource allocation",
"enhance management practices",
"address mental health concerns",
"provide social support",
"ensure sufficient monthly income",
"offer research funding",
"mitigate role overload and role insufficiency",
"address physical health limitations."
] |
[
"Countries"
] | null | null | null | null | null | null |
W4394796190
| 4
| null |
[
"reduce workload",
"reduce role conflict",
"pay fair salary",
"offer training and counseling",
"manage students' emotional competence",
"foster a positive work environment",
"identify job stress factors",
"manage stress to improve teaching quality",
"evaluate personal values",
"identify ideal lifestyles",
"improve problem-solving abilities",
"implement effective management techniques",
"manage time",
"set priorities",
"take short breaks or vacations",
"enhance stress management skills"
] |
[
"Countries"
] | null | null | null | null | null | null |
W4394796190
| 5
|
African States
|
[
"Ensuring a fair and equitable distribution of workload among lecturers",
"Clearly communicating expectations and priorities",
"Providing necessary resources such as teaching assistants, support staff, technology, and budget allocations",
"Offering training programs on time management, organizational skills, and stress management",
"Creating a supportive work environment that encourages teamwork and collaboration",
"Simplifying and streamlining administrative processes",
"Promoting work-life balance initiatives such as flexible work arrangements and wellness programs",
"Establishing regular feedback mechanisms and evaluation processes",
"Encouraging collaboration and networking opportunities",
"Establishing effective communication channels and feedback loops between lecturers, department heads, and administration"
] |
[
"Countries"
] | null | null | null | null | null | null |
W4394796190
| 6
|
African States
|
[
"Implement workload management policies",
"revise curriculum guidelines",
"provide adequate resources and support for lecturers",
"foster a culture of collaboration and teamwork",
"offer professional development opportunities and training programs for lecturers",
"enhance time management and organizational skills",
"create a supportive work environment",
"encourage open communication, feedback, and recognition",
"establish regular meetings, a mentoring program, and wellness initiatives",
"comply with the NUC recommendation on the lecturers/students ratio by recruiting more academic staff members",
"reduce workload on existing lecturers."
] | null |
[
"Nigeria"
] | null | null | null | null | null |
W3152818246
| 13
|
Eastern European States
|
[
"N/A"
] |
[
"Countries"
] | null | null | null | null | null | null |
W2052294550
| 0
|
Asia-Pacific States
|
[
"Implement daily precipitation monitoring to better understand fire activity",
"Analyze the influence of precipitation variability on peat fire occurrence",
"Develop strategies to manage and predict fire risks based on detailed precipitation data."
] | null | null | null | null | null | null | null |
W2052294550
| 1
|
Asia-Pacific States
|
[
"Implement early warning systems for El Niño events to predict severe droughts and fire risks",
"Develop fire management strategies based on precipitation variability and Niño 3.4 SST anomalies",
"Use TNR and MNR as indicators for fire risk assessment and management",
"Enhance land and water management practices to mitigate the impact of droughts on peat fires",
"Promote sustainable land use practices to reduce fire susceptibility in the Mega Rice Project area."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2052294550
| 2
|
Asia-Pacific States
|
[
"Monitor Niño 3.4 SST Anomalies to predict dry season severity and fire risks",
"Implement fire management strategies during El Niño years",
"Develop policies to reduce biomass burning and peat fires",
"Enhance fire monitoring and response systems in the MRP area",
"Investigate the impact of La Niña events on fire risks",
"Promote sustainable land use practices to mitigate fire risks."
] | null |
[
"Indonesia"
] | null | null | null | null | null |
W2052294550
| 3
|
Asia-Pacific States
|
[
"Implement early warning systems for dry periods and fire risks",
"Enhance fire management strategies during the peak fire season (middle of August to start of November)",
"Promote controlled burning practices to reduce dry biomass",
"Improve groundwater management to maintain moisture levels in peatlands",
"Develop policies for sustainable land use and water management in the MRP area",
"Increase monitoring and data collection on precipitation, groundwater levels, and fire occurrences",
"Educate local communities on fire prevention and management",
"Establish firebreaks and conduct controlled burns to reduce fire spread",
"Invest in fire-fighting infrastructure and resources",
"Encourage reforestation and restoration of peatlands to enhance water retention",
"Implement regulations to limit deforestation and land use changes that exacerbate dry conditions."
] | null | null | null | null | null | null | null |
W2052294550
| 4
|
Asia-Pacific States
|
[
"Monitor groundwater levels to predict and mitigate fire risks in peatlands",
"Implement strategies to maintain groundwater levels above critical thresholds during dry periods",
"Develop fire management plans that account for differences between El Niño and non-El Niño years",
"Conduct further research to understand exceptions in fire occurrence patterns, such as the case in 2004."
] | null |
[
"Indonesia"
] | null | null | null | null | null |
W2052294550
| 5
|
Asia-Pacific States
|
[
"Establish a critical GWL of -40 cm as an indicator for high likelihood of severe fire occurrences",
"Develop fire forecasts based on precipitation patterns, Niño 3.4 SST Anomalies, and GWL changes",
"Implement preventive measures during the peak fire period",
"Monitor and manage bare peat areas to reduce susceptibility to fires"
] | null | null | null | null | null | null | null |
W2052294550
| 6
|
Asia-Pacific States
|
[
"Monitor groundwater levels (GWL) to predict fire occurrences",
"Use a GWL of -40 cm as an indicator for severe fire risk",
"Implement measures to maintain GWL above the critical level during dry periods"
] | null | null | null | null | null | null | null |
W3139482061
| 0
|
Asia-Pacific States
|
[
"Improve the accuracy and consistency of CH4 emission inventories",
"Implement stricter regulations and monitoring for the coal sector",
"Promote the use of localized emission factors in national-level activity data",
"Encourage research and development of technologies to reduce CH4 emissions from coal production",
"Enhance international collaboration for better emission estimation and reporting."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 1
|
Asia-Pacific States
|
[
"Standardize emission factors for coal mining and rice cultivation across different inventories",
"Harmonize coal consumption data trends across statistical sources",
"Conduct further research to reconcile discrepancies between different emission inventories",
"Implement consistent methodologies for estimating methane emissions from the energy sector",
"Enhance satellite-based monitoring of coal consumption to improve emission estimates."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 2
|
Asia-Pacific States
|
[
"Improve national-data-based inventories using provincial emission factors for coal mining",
"Monitor and regulate methane emissions from agricultural activities, particularly rice production and livestock",
"Implement policies to stabilize or reduce emissions from coal mines",
"Enhance spatial analysis of methane emissions to better understand and manage emission sources",
"Address discrepancies in waste sector emissions through improved measurement and reporting."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 3
|
Asia-Pacific States
|
[
"Improve the accuracy and consistency of methane emissions inventories",
"Identify and address regional disparities in emissions data",
"Enhance the characterization of emissions hotspots",
"Ensure comprehensive and unbiased sector-specific emissions data",
"Develop targeted mitigation strategies based on accurate emissions data."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 4
|
Asia-Pacific States
|
[
"Improve data collection methods for CH4 emissions",
"Standardize spatial allocation techniques across inventories",
"Update and validate emission factors for agriculture, energy, and waste sectors",
"Reconcile discrepancies among emission inventories",
"Conduct independent validation studies to verify emission estimates",
"Enhance regional-specific emission factors and spatial resolution",
"Integrate local and national statistics for more accurate livestock and coal mining data",
"Develop consistent methodologies for high-emitting grids",
"Increase transparency in data sources and methodologies used in emission inventories."
] | null | null | null | null | null | null | null |
W3139482061
| 5
|
Asia-Pacific States
|
[
"Improve waste treatment practices in urban areas to reduce CH4 emissions",
"Implement policies to mitigate emissions from energy exploitation, particularly in coal mining",
"Promote sustainable agriculture practices to reduce CH4 emissions from rice cultivation and livestock",
"Enhance the accuracy of emission inventories by incorporating detailed subsector datasets",
"Investigate the impact of urbanization and economic development on CH4 emissions",
"Encourage the adoption of practices that drain paddy fields to reduce methane emissions from rice cultivation",
"Reduce livestock populations to decrease CH4 emissions in southeastern China",
"Improve data collection and reporting for coal mining emissions."
] | null |
[
"China"
] | null | null | null | null | null |
W3139482061
| 6
|
Asia-Pacific States
|
[
"Standardize emission estimation methodologies across inventories",
"Update emission inventories to reflect recent changes in activity data, such as increases in rice cultivation areas",
"Incorporate detailed regional water management data and provincial organic-matter application rates for more accurate rice cultivation emission estimates",
"Use detailed county-level activity data for livestock emission inventories",
"Improve spatial resolution and accuracy of livestock emission estimates, particularly in regions with high emissions",
"Regularly update coal mining emission inventories to reflect current operational status and emission factors."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 7
|
Asia-Pacific States
|
[
"Improve spatial resolution of coal mine locations in emission inventories",
"standardize data collection methods for rice cultivation emissions",
"enhance emission factor accuracy for rice practices",
"increase the number of coal mines considered in inventories",
"refine spatial allocation methods to avoid artificial hotspots."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W2552658002
| 2
| null |
[
"Optimize IAA and IBA concentrations for different cutting types",
"Promote rooting and biomass production in P. pinnata cuttings",
"Investigate synergistic effects of indigenous and exogenous auxins",
"Study the impact of auxin treatments on carbohydrate hydrolysis",
"Evaluate the effects of IBA on rooting rate and root system development."
] | null | null | null | null | null | null | null |
W3139482061
| 8
|
Asia-Pacific States
|
[
"Improve emission factors for rice practices",
"enhance data collection for energy activities, particularly coal mining",
"standardize estimates for waste treatment, especially wastewater",
"incorporate regional activity data and localized emission factors",
"make data publicly available for further research and policy-making."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3139482061
| 9
|
Asia-Pacific States
|
[
"Make detailed activity data for sectors and subsectors publicly available",
"Use local optimized emission factors instead of default emission factors"
] | null |
[
"China"
] | null | null | null | null |
[
"Climate Change"
] |
W1638538521
| 0
|
Asia-Pacific States
|
[
"Restrict the loading of key nutrients to the ecosystem",
"Implement deliberate nutrient loading reductions to improve water quality"
] | null |
[
"Korea, South"
] | null | null | null | null | null |
W1638538521
| 1
|
Asia-Pacific States
|
[
"Restrict nutrient loading to control eutrophication",
"promote integrated aquaculture of seaweeds with fish for bioremediation",
"cultivate Porphyra tenera and other high-nutrient-uptake seaweed species to enhance nutrient removal."
] | null | null | null | null | null | null | null |
W1638538521
| 2
|
Asia-Pacific States
|
[
"Apply higher uptake rates and stocking densities to increase nitrogen removal efficiency",
"Consider self-shading effects and circulation factors with increasing stocking densities",
"Develop integrated coastal zone management plans balancing extractive and fed aquaculture",
"Establish site-specific year-round systems based on culture type, species, and local environmental factors",
"Implement monitoring and regulation based on carrying capacity models for sustainable aquaculture."
] | null |
[
"Korea, South"
] | null |
[
"Marine Resources"
] | null | null | null |
W2112300612
| 0
|
North America
|
[
"Implement interdisciplinary assessments in river basins and aquifers",
"develop comprehensive assessments on pesticides, nutrients, volatile organic compounds, trace metals, and aquatic ecology",
"communicate and disseminate credible, timely, and relevant science for management and policy decisions",
"foster increased awareness and involvement in the protection and restoration of water resources",
"coordinate efforts at all levels for a fully integrated understanding of watersheds and cost-effective management, regulation, and conservation of water resources."
] |
[
"Countries"
] |
[
"United States"
] | null | null | null | null | null |
W2112300612
| 1
|
North America
|
[
"Foster increased awareness and involvement in the protection and restoration of the Nation’s waters",
"Coordinate at all levels for a fully integrated understanding of watersheds",
"Engage with other Federal, State, interstate, Tribal, and local agencies, non-government organizations, industry, academia, and other stakeholder groups for advice, cooperation, and information",
"Depend on the assistance and suggestions of all stakeholders for effective water resource management."
] |
[
"Countries"
] |
[
"United States"
] | null | null | null | null | null |
W4220688361
| 0
|
Eastern European States
|
[
"Monitor phenological stages of plants in response to temperature and precipitation",
"Analyze long-term variability of meteorological parameters to understand climatic heterogeneity",
"Investigate the impact of temperature fluctuations on phenological intervals",
"Study the influence of winter duration and weather conditions on plant dormancy and growth",
"Develop strategies for managing plant growth based on phenological responses to climate variability."
] | null | null | null | null | null | null | null |
W4220688361
| 1
|
Eastern European States
|
[
"Monitor meteorological conditions to predict and manage plant phenological phases",
"Implement adaptive planting strategies based on temperature and precipitation patterns",
"Develop species-specific guidelines for managing phenological sensitivity to climate variability",
"Conduct further research on the long-term impacts of climate change on plant development cycles."
] | null |
[
"Russia"
] | null | null | null | null | null |
W4220688361
| 2
|
Asia-Pacific States
|
[
"Monitor the impact of temperature and precipitation on the phenological phases of plant species",
"Investigate the effects of environmental factors on fruiting and leaf coloration",
"Study the phenological plasticity of plant species in response to climatic variations",
"Assess the influence of daylight hours on the intensity and variety of autumn leaf colors",
"Evaluate the impact of early frosts on leaf coloration",
"Analyze the effects of rainy or cloudy days on autumn leaf color intensity",
"Examine the role of cool, dry, and sunny weather in enhancing autumn color schemes."
] | null |
[
"Russia"
] | null | null | null | null | null |
W4220688361
| 3
|
Asia-Pacific States
|
[
"Monitor phenological changes in introduced plant species to assess their adaptation to climate variability. Implement strategies to manage introduced species based on their phenological responses to temperature and precipitation changes. Conduct further research on the impact of weather conditions on the timing of phenophases, such as early leaf fall and the end of the growing season."
] | null | null | null | null | null | null | null |
W1924671000
| 0
|
Western European
|
[
"Implement educational programs to minimize tobacco smoke exposure during pregnancy and lactation",
"Encourage mothers to stop smoking during pregnancy and lactation",
"Promote awareness about the adverse health effects of parental tobacco smoking on children",
"Develop health promotion and public health campaigns emphasizing parental smoking cessation",
"Support breastfeeding as the best way of infant feeding, even if the mother does not quit smoking."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2552658002
| 0
|
Asia-Pacific States
|
[
"Optimize the use of IAA and IBA for vegetative propagation of P. pinnata",
"Utilize 1000 ppm IAA for maximum sprouting in semi-hardwood cuttings",
"Apply 800 ppm IBA for maximum rooting in hardwood cuttings",
"Conduct further research on the interaction between growth regulators and environmental factors",
"Investigate the role of cambial activity in root formation",
"Study the effects of light sensitivity and ethylene production on rooting",
"Explore the synergistic effects of indigenous and exogenous auxins in different types of cuttings."
] | null | null | null | null | null | null | null |
W2552658002
| 1
| null |
[
"Optimize auxin concentrations for different cutting types and lengths",
"Utilize IAA and IBA for enhancing rooting and root growth",
"Investigate the stability and transportability of auxins for prolonged rooting effects",
"Study the interaction between auxins and environmental factors like photoperiod and temperature",
"Explore the role of auxins in utilizing reserved food materials for root development",
"Examine the impact of auxins on ethylene production and root number."
] | null | null | null | null | null | null | null |
W4391684834
| 6
| null |
[
"Conduct further field testing and evaluations to confirm the technical viability and practical applicability of Nano CaCO3 and NHL in pavement applications",
"Use Nano CaCO3 at a dosage of 4%",
"Use NHL at a dosage of 6%"
] | null | null | null | null | null | null | null |
W2552658002
| 3
|
Asia-Pacific States
|
[
"Investigate the optimal concentrations of IAA and IBA for different types of cuttings to maximize biomass",
"Study the effect of cutting length on growth and development",
"Examine the role of IBA in enhancing cambial activity and root development",
"Analyze the relationship between cutting diameter and root and shoot length",
"Evaluate the impact of different growth hormones on cell elongation and division",
"Assess the moisture content in different types of cuttings to understand its effect on biomass."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2552658002
| 4
| null |
[
"Use hardwood cuttings of 25 cm length from plus trees of P. pinnata",
"Treat cuttings with IBA for better sprouting, rooting percentage, root number, and biomass",
"Prefer IBA treatment over IAA for vegetative propagation of P. pinnata",
"Utilize 25 cm length cuttings for mass multiplication of P. pinnata."
] | null | null | null | null | null | null | null |
W3112377924
| 0
|
Eastern European States
|
[
"Implement mathematical modeling of energy processes to improve energy efficiency assessment",
"Consider system properties of energy survey objects to avoid errors in assessing specific energy consumption",
"Enhance the accuracy of energy efficiency indicators through improved analytical approaches"
] |
[
"Countries"
] |
[
"Russia"
] | null | null | null | null | null |
W2147960405
| 0
|
Western European
|
[
"Promote physical activity programs emphasizing health benefits, especially for older adults and those with primary education",
"Encourage physical activity as a means to release tension, particularly targeting younger and middle-aged individuals with secondary and tertiary education",
"Develop fitness-focused physical activity initiatives, especially for younger, tertiary-educated individuals",
"Increase outdoor physical activity opportunities, particularly for older adults and those with primary education",
"Address the low participation rates in physical activity, especially in countries with high inactivity rates like Portugal",
"Tailor physical activity programs to address gender-specific motivations, such as weight control for women."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2147960405
| 1
|
Western European
|
[
"Promote physical activity programs targeting aged individuals and those with secondary and tertiary education",
"Encourage physical activity as a means to release tension, particularly among those with higher education levels",
"Develop gender-specific interventions to address weight control motivations, especially among women who perceive themselves as overweight",
"Implement programs that increase physical activity among individuals with higher self-estimated BMI",
"Address age-related barriers to physical activity participation",
"Enhance education-related physical activity initiatives, particularly in countries with significant disparities, such as Portugal",
"Investigate and mitigate the perceived barriers of work/study commitments and not feeling sporty to increase physical activity levels."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2147960405
| 2
|
Western European
|
[
"Promote flexible work/study schedules to accommodate physical activity",
"Implement targeted campaigns to encourage physical activity among those who identify as 'not the sporty type'",
"Provide support systems for caregivers to facilitate their participation in physical activity",
"Develop health-focused physical activity programs for individuals with poor health or older adults",
"Address body image perceptions to encourage physical activity among those who feel they are not sporty",
"Create tailored physical activity programs for highly educated individuals to overcome time-related barriers",
"Develop strategies to engage the resistant group of inactive individuals who feel they do not need to be more active."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2147960405
| 3
|
Western European
|
[
"Improve public awareness of the benefits of physical activity in preventing and managing cardiovascular diseases",
"Develop targeted interventions for high-risk groups, such as obese and overweight individuals, to promote physical activity",
"Encourage a broader definition of physical activity that includes everyday activities, not just sports",
"Implement close-ended questionnaires to improve the accuracy of physical activity records",
"Address perceived barriers to physical activity, such as the belief that physical activity is only for the \"sporty type\" or that it is too strenuous",
"Promote the idea that physical activity can be enjoyable and relaxing, not just a duty",
"Enhance self-efficacy and self-confidence to overcome barriers to physical activity",
"Provide detailed lists of activities and explanations on how to record their duration and intensity."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2147960405
| 4
|
Western European
|
[
"Improve self-efficacy and self-confidence to overcome perceived barriers to health-related action",
"consider social aspects such as lifestyle, work, education, and national health-promoting measures",
"focus on both personal and environmental conditions in preventive programs",
"conduct studies on attitudes, motivating factors, and barriers to physical activity",
"implement the stages of change model to encourage physical activity",
"combine dietary intervention with increased physical activity for weight loss",
"prioritize research on the preventive role of physical activity in weight regulation."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2948449753
| 0
| null |
[
"Develop and implement water treatment technologies utilizing BTS for effective fluoride adsorption",
"Investigate the scalability and cost-effectiveness of BTS production for large-scale water purification",
"Promote research on the structural modification of adsorbents to enhance their adsorption capacities",
"Encourage the integration of advanced adsorbents like BTS into existing water treatment infrastructure",
"Support policies that fund and facilitate the commercialization of innovative adsorbent materials for environmental applications."
] | null | null | null | null | null | null | null |
W2948449753
| 1
| null |
[
"Optimize pH levels for adsorption processes to maintain low pH (around pH 2) to enhance fluoride adsorption capacity",
"Standardize initial moisture content of adsorbents to 15% to maximize adsorption capacity",
"Adjust adsorbent doses based on the specific adsorbent used, with BTS requiring less than HTS for effective fluoride removal",
"Ensure adequate contact time for adsorption processes, with equilibrium typically reached around 2 hours",
"Monitor and control initial fluoride concentration to manage adsorption capacity and system efficiency."
] | null | null | null | null | null | null | null |
W2948449753
| 2
| null |
[
"Optimize initial fluoride concentration for adsorption efficiency",
"Investigate agitation speed effects on fluoride uptake",
"Study thermodynamic parameters to understand adsorption spontaneity and exothermicity",
"Analyze adsorption isotherms to determine surface interactions and multilayer adsorption potential."
] | null | null | null | null | null | null | null |
W1918265980
| 0
|
African States
|
[
"Increase monitoring of aerosol content in Lagos and Ogun states",
"Implement policies to control and manage aerosol levels in these regions"
] | null | null | null | null | null | null | null |
W2948449753
| 3
| null |
[
"Optimize the use of BTS and HTS based on their adsorption and desorption characteristics",
"Promote cost-effective production of adsorbents by leveraging renewable energy sources",
"Implement regulatory measures to ensure the efficient and safe use of adsorbents in water treatment processes",
"Encourage further research on improving the desorption efficiency of adsorbents to enhance their reusability."
] | null | null | null | null | null | null | null |
W2948449753
| 4
| null |
[
"Scale up production of BTS and HTS to reduce costs",
"optimize activation conditions for improved adsorbent performance",
"further investigate the effects of pH and adsorbent dosage on fluoride removal",
"explore the potential of BTS for commercial application in fluoride-contaminated water treatment."
] | null | null | null | null | null | null | null |
W3112193329
| 0
| null |
[
"Optimize reaction temperature between 200 and 500 °C for high CO2 conversion and methane selectivity",
"Increase pressure to favor methanation reaction and delay carbon deposition",
"Implement efficient heat management strategies such as tailored reactor design, cooling fluids, or inert gas dilution to prevent catalyst deactivation and carbon formation",
"Use a staged feed introduction to control heat generation and maintain stable reactor temperatures within the optimal range."
] | null | null | null | null | null | null | null |
W3112193329
| 1
| null |
[
"Implement a sacrificial ZnO adsorbent before the active Ni catalyst to reduce sulfur levels to ppb",
"Conduct a complete mechanistic study of sulfur poisoning in the catalyst",
"Regularly treat the catalyst with hydrogen to reactivate nickel sites."
] | null | null | null | null | null | null | null |
W3112193329
| 2
| null |
[
"Conduct detailed studies on catalyst phase formation and its relationship with catalytic activity",
"Investigate the types of carbon formation and their impact on catalyst deactivation",
"Monitor sulfur poisoning and its effects on catalyst performance",
"Analyze the role of carbon deposition in reducing catalytic activity and surface area",
"Develop strategies to mitigate carbon deposition and sulfur poisoning in industrial catalysts",
"Implement regular catalyst testing and maintenance protocols to ensure optimal performance."
] | null | null | null | null | null | null | null |
W3112193329
| 3
|
Western European
|
[
"Implement a gas separator system to remove H2, CO, and unreacted CO2 for unrestrictive biomethane injection into the gas grid",
"Conduct further investigation using in-situ or operando characterization techniques to understand Ni phase transformation and loss in surface area",
"Scale up and industrially implement state-of-the-art technology for desulfurization, H2 production, and CO2 methanation."
] |
[
"Countries"
] | null | null | null | null | null | null |
W4390410544
| 0
|
Asia-Pacific States
|
[
"Explore partnerships and collaborations with central and local governments",
"partnerships with employers' associations, other communities, and existing employer sectors",
"simplify the registration and payment process through the JMO application and agency cooperation schemes",
"launch New UShield to increase participant acquisition",
"strengthen marketing strategy to optimize membership expansion"
] |
[
"Countries"
] |
[
"Indonesia"
] | null | null | null | null | null |
W4390410544
| 1
|
Asia-Pacific States
|
[
"Implement retention strategies to maintain and sustain loyalty of existing participants",
"Intensify efforts to increase involvement and contributions of registered participants",
"Extend the program to attract new participants, focusing on village ecosystems, market ecosystems, e-commerce & SMEs, and vulnerable workers",
"Utilize agency systems, figures, supply chains, auto-debit, and compliance & positive supervision as engines to support the 345 strategy."
] |
[
"Countries"
] |
[
"Indonesia"
] | null | null | null | null | null |
W4390410544
| 2
|
Asia-Pacific States
|
[
"Monitoring and execution systems for each ecosystem controlled by specific and focused responsible parties",
"Generalist approach to address various issues in each region",
"Utilize Fintech and collaborate with financing institutions to streamline payment processes and membership management",
"Partner with traditional market managers, franchise owners, and the Central Statistics Agency (BPS) to expand SME coverage",
"Collaborate with professional associations or industry groups to expand membership network",
"Implement People's Business Credit (KUR), Smart Agent, INCLUDE, and Reactivation & PRS programs for BPU segment participants",
"Collaborate with financial institutions to become agents assisting in providing BPJS Employment services",
"Utilize enumerator networks for data collection and direct approaches to SMEs registered in the BPS database",
"Offer payment options through popular Fintech platforms within corporations."
] |
[
"Countries"
] |
[
"Indonesia"
] | null | null | null | null | null |
W4390410544
| 3
|
Asia-Pacific States
|
[
"Ecosystem Focusing",
"Generalist Function",
"Bottom Up Innovation",
"Positive Retention Program"
] | null | null | null | null | null | null | null |
W2905846328
| 6
|
Western European
|
[
"Maximize the Na-A phase through optimized synthesis conditions",
"develop markets for synthetic zeolites to reduce landfilling and natural zeolite consumption",
"ensure zeolite prices remain above critical thresholds for economic viability",
"promote the use of spent E-cat in industrial applications to reduce landfilling."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2099531093
| 0
|
Oceania
|
[
"Enhance monitoring of fire hotspots and pollution measures in urban and surrounding areas",
"Improve modeling techniques to better predict and understand the impacts of fire-related pollution",
"Implement policies to mitigate the effects of fire-related pollution on air quality and public health",
"Conduct further research on the relationship between fire hotspots, pollution measures, and environmental factors in different regions",
"Develop strategies for reducing the duration and intensity of pollution exceedance events",
"Investigate the role of wind patterns and other meteorological factors in the dispersion of fire-related pollution"
] |
[
"Countries"
] | null | null | null | null | null | null |
W2099531093
| 1
|
Oceania
|
[
"Investigate the spatial and temporal influence of fire activity on urban pollution",
"Include weather and pollution history variables in models to improve accuracy",
"Study the role of wind patterns and atmospheric stability in pollution levels",
"Compare land use and fire management practices between cities to understand differences in pollution impacts."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2099531093
| 2
|
Oceania
|
[
"Develop city-specific models for bushfire planning",
"Utilize previous day’s pollution data for health authorities",
"Incorporate FRP and weather variables into predictive models",
"Filter non-smoke pollution days to increase model accuracy",
"Implement a two or three-dimensional wind-field model for atmospheric transport",
"Incorporate vegetation type differences into FRP values",
"Use a hybrid model combining daily FRP snapshots and a three-dimensional atmospheric transport model."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2099531093
| 3
|
Oceania
|
[
"Develop and apply vegetation correction factors for FRP values specific to Australia",
"Extend the time series of data to capture more extreme fire seasons",
"Differentiate between prescribed and wildfires in FRP data to better understand their respective impacts on smoke pollution",
"Conduct further studies to examine the contribution of prescribed and wildfires to smoke pollution",
"Utilize the current method for rapid retrospective identification of bushfire pollution days",
"Improve models to forecast smoke pollution in fire-prone regions around the world."
] |
[
"Countries"
] | null | null | null | null | null | null |
W2905846328
| 0
|
Western European
|
[
"Investigate the variation of economic indexes in function of critical variables",
"Conduct further leaching of the RE precipitate to separate La from Ce by solvent extraction",
"Sell the precipitated salt to companies with expertise in separation and refining of REEs like Rhodia (France), Umicore (Belgium) or Solvay (Belgium)"
] |
[
"Countries"
] | null | null | null | null | null | null |
W2905846328
| 1
|
Western European
|
[
"Leach the RE concentrate again",
"Separate La from Ce by solvent extraction",
"Sell the precipitated salt to companies with expertise in separation and refining of REEs"
] |
[
"Countries"
] | null | null | null | null | null | null |
W2905846328
| 2
|
Western European
|
[
"Promote investment in waste recovery technologies to achieve environmental goals",
"Encourage the use of third-party funds to distribute investment costs over time",
"Incentivize the recovery of zeolite due to its higher economic value",
"Reduce the use of NaOH in favor of Na2CO3 to lower material costs",
"Implement efficient wastewater treatment to minimize disposal costs",
"Support research and development to improve the profitability of REE recovery",
"Establish policies to facilitate the reuse of industrial water",
"Provide financial incentives for projects with high NPV and positive DPBT",
"Align waste recovery projects with European Union environmental objectives."
] | null | null | null | null | null | null | null |
W2905846328
| 3
| null |
[
"Conduct sensitivity analysis on critical variables to assess the impact of variability on project outcomes",
"Utilize NPV, DPBT, and IRR for comprehensive project profitability assessment",
"Employ GMR and ROI for annual performance evaluation and benchmarking",
"Monitor company performance over time using financial metrics",
"Implement regulatory rules based on financial performance indicators",
"Evaluate the impact of zeolite price fluctuations on discounted cash inflows",
"Assess the influence of raw material costs, particularly NaOH and sulfuric acid, on project expenses",
"Analyze the effects of waste treatment and disposal costs on overall project economics",
"Consider the cost of capital in financial evaluations and assess its impact on project viability."
] | null | null | null | null | null | null | null |
W2905846328
| 4
| null |
[
"Conduct a break-even point (BEP) analysis to determine the minimum price of zeolite required for a net present value (NPV) of zero",
"Monitor and adjust the price of zeolite to ensure project profitability",
"Evaluate the impact of varying costs of liquid waste on project profitability",
"Assess the influence of different cost opportunity of capital rates on NPV and discounted payback time (DPBT)",
"Ensure that the price of zeolite remains above the BEP threshold to maintain project profitability",
"Consider the implications of high liquid waste costs on project financials",
"Optimize the cost opportunity of capital to maximize NPV and minimize DPBT."
] | null | null | null | null | null | null | null |
W2905846328
| 5
|
World
|
[
"Implement a disposal fee for E-cat collection to enhance the profitability of recycling",
"Conduct further research to optimize zeolite synthesis conditions for maximizing the Na-A phase",
"Increase the market price of zeolite to improve economic viability",
"Invest in the development of alternative economic opportunities within the circular economy framework",
"Promote the use of zeolites in industries such as petroleum to boost demand and market value."
] | null | null | null | null | null | null | null |
W3174009108
| 0
| null |
[
"Refine emission calculating models to better align with experimental data",
"Investigate the impact of varying pilot injection timings on emissions and engine performance",
"Optimize injection strategies for biodiesel combustion to improve engine efficiency and reduce emissions."
] | null | null | null | null | null | null | null |
W3174009108
| 1
| null |
[
"Optimize the SOI of the first pilot injection to balance NOx and PM emissions",
"Conduct detailed analysis of the combustion process to understand changes in indicated work and the influence of compression work",
"Investigate the effects of retarding the SOI of the first pilot injection on indicated work and NOx emissions",
"Evaluate the impact of advancing the SOI of the first pilot injection on combustion efficiency and emissions",
"Assess the role of the second pilot injection in modifying combustion parameters and emissions."
] | null | null | null | null | null | null | null |
W3174009108
| 2
| null |
[
"Evaluate all SOI variations of the first and second pilot injections and their influence on each other",
"Increase or save the indicated work base case level using a retarded SOI for both pilot injections simultaneously",
"Avoid SOI ranges from 30 CAD BTDC to 15 CAD BTDC for both pilot injections to prevent exceeding the critical pressure rise rate",
"Set the SOI range for the first pilot injection between 37 CAD BTDC and 10 CAD BTDC to decrease PM emissions",
"Ensure the SOI for the second pilot injection is not less than 20 CAD BTDC to decrease PM emissions",
"Achieve NOx emissions lower than the base case level with SOI ranges between 20 CAD BTDC and 25 CAD BTDC for both pilot injections."
] | null | null | null | null | null | null | null |
W3174009108
| 3
| null |
[
"Optimize pilot injection fuel mass for two combinations of SOI",
"Optimize main injection SOI with constant pilot injection parameters"
] | null | null | null | null | null | null | null |
W3174009108
| 4
| null |
[
"Maintain SOI within 11 CAD BTDC to 5 CAD BTDC to increase indicated work",
"Choose SOI range from 15 CAD BTDC to 0 CAD BTDC to decrease PM emissions",
"Limit SOI advancement to 5 CAD BTDC to control NOx emissions",
"Optimize post-injection timing to reduce NOx emissions without increasing soot emissions",
"Investigate the influence of advanced injection strategies with EGR on combustion processes",
"Study the impact of different injection strategies on combustion processes and emissions",
"Exclude the second pilot injection to avoid deterioration of evaporation and combustion processes",
"Optimize pilot SOI within 20 CAD BTDC to 10 CAD BTDC to maintain indicated work."
] | null | null | null | null | null | null | null |
W3174009108
| 5
| null |
[
"Maintain pilot SOI in the range from 20 CAD BTDC to 10 CAD BTDC",
"Optimize pilot injection fuel mass in the range from 1.75 mg to 14 mg",
"Set pilot SOI at 19.2 CAD BTDC for optimal value",
"Vary main SOI with constant pilot SOI at 19.2 CAD BTDC"
] | null | null | null | null | null | null | null |
W3174009108
| 6
| null |
[
"Optimize main SOI to 3.7 CAD BTDC",
"Optimize post SOI to 2 CAD ATDC",
"Set post injection fuel mass to 3.5 mg"
] | null | null | null | null | null | null | null |
W2342515787
| 5
|
North America
|
[
"No policy recommendations found."
] |
[
"Countries"
] | null | null | null | null | null | null |
W3174009108
| 7
| null |
[
"Adopt a three-stage injection strategy for ICEs to maintain indicated work, reduce pressure rise rate, and decrease NOx emissions",
"Optimize pilot injection parameters to control combustion type and ignition delay",
"Utilize post injection parameters to influence emissions and indicated work",
"Implement alternative fuels in conjunction with optimized injection strategies to improve combustion efficiency",
"Consider minor design changes, such as optimizing combustion chamber shape or injector nozzles, to further enhance engine performance",
"Use CFD models to simulate and refine injection strategies and design modifications."
] | null | null | null | null | null | null | null |
W3128841381
| 0
|
Asia-Pacific States
|
[
"Promote public health campaigns to reduce prolonged sitting time",
"Implement workplace policies to encourage regular breaks and physical activity",
"Develop community programs to increase physical activity levels",
"Integrate education on the health risks of prolonged sitting into school curricula",
"Encourage employers to provide ergonomic workstations and standing desks",
"Advocate for urban planning that supports active lifestyles and reduces sedentary behavior."
] |
[
"Countries"
] |
[
"China"
] | null | null | null | null | null |
W3128841381
| 1
| null |
[
"Promote physical activity among older adults to improve mobility, self-care, and usual activity",
"Implement public health campaigns to reduce prolonged sitting time",
"Develop community programs that encourage active lifestyles for older adults",
"Integrate physical activity guidelines into healthcare settings for older adults",
"Provide accessible and safe spaces for physical activity in residential areas",
"Educate older adults on the benefits of reducing sedentary behavior",
"Encourage employers to support active lifestyles for older workers",
"Foster intergenerational activities that promote physical movement",
"Support research on effective interventions to reduce sitting time and increase physical activity in older adults"
] | null | null | null | null | null | null | null |
W3128841381
| 2
|
Asia-Pacific States
|
[
"Develop outdoor leisure programs focusing on physical activities",
"Promote active leisure activities to reduce prolonged sitting time",
"Encourage participation in non-sedentary leisure activities",
"Implement public health campaigns to raise awareness about the risks of prolonged sitting",
"Support community initiatives that promote physical activity among older adults"
] |
[
"Countries"
] | null | null | null | null | null | null |
W3128841381
| 3
|
Asia-Pacific States
|
[
"Develop outdoor leisure programs focusing on physical activities",
"Implement interventions to reduce sitting time and encourage physical activity",
"Provide social support to improve HRQoL in elderly people",
"Use objective measurement data for sitting time and physical activity in future studies",
"Explore the combined association of sitting time and physical activity with HRQoL",
"Consider using the Short Form 6 Dimensions (SF-6D) for assessing overall HRQoL"
] |
[
"Countries"
] |
[
"Korea, South"
] | null | null | null | null | null |
W3146228863
| 0
|
Western European
|
[
"Establish a continuous monitoring program for pollutants, especially in residential areas and near industrial plants",
"Implement continuous monitoring of emissions from plant stacks to prevent unexpected events",
"Enforce WHO guidelines for PM10 and PM2.5 to protect public health."
] | null |
[
"Jordan"
] | null | null | null | null | null |
W3146228863
| 1
|
Western European
|
[
"Implement stricter regulations on industrial emissions to reduce CO, SO2, NOx, and H2S levels",
"Conduct regular air quality monitoring to ensure compliance with health safety standards",
"Increase public awareness about the health risks associated with exposure to these pollutants",
"Develop and enforce policies to limit vehicle emissions, especially from diesel engines",
"Promote the use of cleaner fuels and technologies in power plants and industries",
"Establish health surveillance programs for sensitive populations, such as children, the elderly, and individuals with pre-existing respiratory conditions",
"Encourage research into the long-term health effects of low-level exposure to these pollutants",
"Implement measures to reduce the impact of natural sources of H2S, such as thermal springs and saline marshes",
"Develop and enforce guidelines for the safe handling and treatment of wastewater and industrial processes that produce H2S."
] |
[
"Countries"
] | null | null | null | null | null | null |
W3146228863
| 2
|
North America
|
[
"Establish and enforce regulatory limits for H2S, VOCs, PM10, and PM2.5 in industrial emissions",
"Implement continuous monitoring systems for H2S, VOCs, and particulate matter in industrial workplaces",
"Develop and enforce indoor air quality standards for PM10 and PM2.5 in the cement industry",
"Conduct regular health assessments for workers exposed to H2S and VOCs",
"Promote research on the long-term health effects of low-level exposure to these pollutants",
"Educate workers and the public about the health risks associated with H2S, VOCs, and particulate matter."
] |
[
"Countries"
] | null | null | null | null | null | null |
W3146228863
| 3
|
Asia-Pacific States
|
[
"Provide employees with personal protective equipment (PPE)",
"Implement continuous awareness training programs",
"Conduct periodic medical checks",
"Regularly sprinkle water to control fugitive dust",
"Monitor and regulate CO2 levels in the workplace to ensure they remain below the health effect limits",
"Implement measures to reduce dust emissions, especially during extreme weather conditions."
] |
[
"Countries"
] |
[
"Saudi Arabia"
] | null | null | null | null | null |
W3146228863
| 4
|
Asia-Pacific States
|
[
"Implement stricter regulations on dust emissions to reduce health risks, particularly for the respiratory system",
"Conduct further studies to assess the long-term health impacts of VOCs and other pollutants",
"Monitor and control ground-level concentrations of pollutants to ensure they remain below ambient air quality standards",
"Investigate the impact of meteorological conditions on pollutant dispersion and health risks",
"Develop mitigation strategies for high-risk areas, such as the southwest direction of the plant",
"Incorporate worst-case scenario modeling in regulatory frameworks to ensure comprehensive risk assessment."
] | null |
[
"Saudi Arabia"
] | null | null | null | null | null |
W3146228863
| 5
|
Asia-Pacific States
|
[
"Implement stricter regulations on PM10 emissions from the cement plant",
"Conduct regular monitoring of air quality in the surrounding areas",
"Develop and enforce indoor air quality standards to protect public health",
"Investigate the impact of vehicle emissions on air quality in the region",
"Promote the use of protective equipment for workers and residents near the plant",
"Encourage the adoption of cleaner technologies and practices in the cement industry."
] | null | null | null | null | null | null | null |
W4392057621
| 0
| null |
[
"Monitor and manage downward velocities, depth, and bottom current speed to promote high reef cover",
"Implement strategies to reduce upward velocities in August and manage depth and bottom current speed to minimize coral rubble cover",
"Regulate upward velocities in February and downward velocities in August to control sediment cover."
] | null | null | null | null | null | null | null |
W4392057621
| 1
|
Western European
|
[
"Implement conservation measures to protect cold-water coral mounds and their associated ecosystems",
"Conduct further research to understand the unexplained variance in benthic cover and its relationship with hydrodynamic and spatial variables",
"Develop management strategies that consider the impact of coral mound height on hydrodynamic variables and ecosystem functioning",
"Promote studies on the role of coral mound engineering in enhancing food supply to deep-reef habitats",
"Establish monitoring programs to assess the long-term effects of coral mound engineering on hydrodynamics and benthic communities."
] | null |
[
"United Kingdom"
] | null | null | null | null | null |
W3131671166
| 5
|
North America
|
[
"Implement climate policy instruments to reduce anthropogenic CO2 emissions",
"Monitor and mitigate the decline in pH, Ωcalcite, and Ωaragonite",
"Address the increase in DIC, CANT, and fCO2",
"Develop strategies to manage ocean carbon chemistry changes",
"Conduct further research on the impacts of altered ocean carbon chemistry on marine ecosystems."
] | null | null | null | null | null | null | null |
W4392057621
| 2
|
Western European
|
[
"Investigate hydrodynamics at a finer resolution to better understand their impact on cold-water coral reefs. Examine other food supply mechanisms, such as enhanced surface productivity and downward migration of zooplankton, to fully capture their influence on reef growth. Incorporate these additional variables into future analyses to improve the explanation of variation in benthic cover."
] | null | null | null | null | null | null | null |
W4392057621
| 3
|
Western European
|
[
"Investigate hydrodynamics at a finer resolution",
"study other food supply mechanisms such as enhanced surface productivity and downward migration of zooplankton",
"examine interspecific interactions and recycling of material within cold-water coral reefs",
"analyze resuspension and particle trapping by the reef framework",
"assess sediment supply for reef stabilization and coral mound formation",
"extend transects to include the off-mound region to understand the coral mound engineering effect",
"study the relationship between mound height and vertical velocities to understand the positive feedback mechanism."
] | null | null | null |
[
"Marine Resources"
] | null | null |
[
"Biosphere Integrity"
] |
W4392057621
| 4
|
Western European
|
[
"Conduct high-resolution hydrodynamic simulations to better understand the role of fine-scale topography in coral mound formation",
"Investigate the impact of water masses, internal waves, and sediment supply on coral reef growth and mound formation",
"Study the influence of the permanent pycnocline and other environmental variables on mound formation and burial."
] | null | null | null | null | null | null | null |
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