scispace - formally typeset
Search or ask a question

How to complain about noise pollution in Bangalore? 

Answers from top 3 papers

More filters
Papers (3)Insight
The noise assessment study clearly revealed the alarming condition of noise pollution in Kolhapur.
“The public health repercussions of increasing noise pollution for future generations could be immense.”
Findings from this study would be very helpful to formulate and implement effective measures for noise pollution mitigation, and ensure sustainable development of urban environment.

See what other people are reading

How Climate Change Affects Aviation Industry in technical aspect?
5 answers
Climate change impacts the aviation industry in various technical aspects. Rising temperatures lead to reduced aircraft performance, affecting takeoff weights and distances. The industry is striving for climate neutrality, focusing on alternative fuels and infrastructure modifications. Aviation's significant emissions contribute to global radiative forcing, prompting decarbonization efforts through Sustainable Aviation Fuels and industry-wide collaboration. Mitigating greenhouse gas emissions in aviation faces challenges due to technical limitations and jurisdictional complexities, with international and state-level initiatives aiming to regulate emissions through standards and market mechanisms. Understanding these technical and regulatory challenges is crucial for the industry to adapt to climate change and achieve sustainable operations.
What are the positive impact of Autonomous flight systems in terms of Cost Savings for Aviation regulators?
5 answers
Autonomous flight systems offer significant cost-saving benefits for aviation regulators. By implementing automation and autonomy, operational safety is improved, air mobility is increased, and economic advantages are realized globally. These systems can lead to reduced fuel consumption and emissions at airports, especially on shorter flights between large airports. Additionally, autonomous flight systems using drones enhance work efficiency and decrease operation costs by generating flight paths based on position information, thereby improving overall cost-effectiveness. Furthermore, the invention of an autonomous flight system with a sling system connected to an aircraft provides a safe and enjoyable flying experience for users, ultimately enhancing the entertainment value of aerial flying equipment.
How does system thinking influence the design and implementation of regenerative agriculture practices?
5 answers
System thinking plays a crucial role in shaping the design and implementation of regenerative agriculture practices. Regenerative agriculture aims to transform conventional agricultural practices by emphasizing complex, interconnected systems and relationships. By applying systems thinking, practitioners can better understand the interdependencies within agricultural systems, leading to more holistic approaches that enhance soil health, biodiversity, and carbon sequestration. Studies suggest that experts in sustainable agriculture who exhibit more nuanced complex-systems thinking tend to consider feedback loops and indirect effects, highlighting the importance of cognitive mapping in understanding interdependency within agricultural systems. Furthermore, regenerative development, which aligns with regenerative agriculture, emphasizes a whole systems approach that strengthens relationships between people, places, and nature to increase resilience and adaptability. This collective approach underscores the significance of systems thinking in driving the evolution towards sustainable and regenerative agricultural practices.
What are the positive impact of Autonomous flight systems in terms of Increased Efficiency for Airports?
4 answers
Autonomous flight systems offer significant benefits in terms of increased efficiency for airports. These systems, such as the Intelligent Autopilot System (IAS), can autonomously pilot large jets between airports, handle various flight phases, and even land in extreme weather conditions. Additionally, Increasingly Autonomous Systems (IAS) are designed to enhance safety, reliability, costs, and operational efficiency in aviation, working alongside humans to optimize tasks like air traffic data distribution. NASA's research on IAS highlights their potential to improve performance and safety levels beyond what humans or automation can achieve alone, as demonstrated in human-in-the-loop tests for routine flight operations and responses to system failures. Overall, the integration of autonomous flight systems can lead to smoother operations, reduced fuel consumption, and lower emissions at airports.
How is public transport organized in Accra and Kumasi?
4 answers
Public transport in Accra and Kumasi, Ghana, faces challenges due to factors like inefficient services, congestion, and a shift towards private transport options. In Accra, taxis constitute a significant portion of vehicular traffic, while high occupancy buses are limited. In Kumasi, auto-rickshaws are emerging as a preferred mode of transport, with operators facing challenges related to compliance with safety regulations and maintenance. The collapse of Metro Mass Transit in Ghana highlights issues with public sector transport management, including inadequate service quality and operational challenges. Efforts to improve public transport include recommendations for innovative solutions like light rail and bus rapid transit systems to alleviate congestion and enhance urban travel. These findings underscore the need for better organization and management of public transport systems in Accra and Kumasi.
What are the primary factors that have influenced Earth's climate on timescales of millions of years?
5 answers
On timescales of millions of years, Earth's climate has been primarily influenced by various factors. These include temperature, precipitation, solar radiation, greenhouse gases, surface albedo, and paleogeography. Temperature and precipitation, driven by factors like wind, humidity, and ocean currents, play a crucial role in defining climate. Solar radiation variations, particularly total solar irradiance (TSI), have a significant impact on Earth's mean surface temperature over evolutionary timescales, with TSI increasing by up to 120% in around 5.229 billion years. Greenhouse gases are identified as the major driver of global mean surface temperature variations, contributing up to 12.2°C, while varying surface albedo and solar radiation also play substantial roles in climate variations over millions of years.
What are the effects of cognitive load on the performance of filipino students in the classroom?
5 answers
Cognitive load significantly impacts the performance of Filipino students in the classroom. High levels of noise pollution, often caused by students themselves, negatively influence cognitive performance. Additionally, foreign language anxiety was found to increase cognitive load, leading to lower task performance in non-English major students in Taiwan. The relationship between cognitive loading and learning approaches was also explored, indicating that schema construction and automation are hindered when students' memory limits are exceeded, regardless of their learning approach. Implementing a classroom cognitive load detection system can objectively assess students' cognitive load levels, aiding teachers in improving learning material organization to enhance teaching effectiveness. These findings underscore the importance of managing cognitive load to optimize student performance in the classroom.
Are wildfires increasing in the arctic?
5 answers
Wildfires in the Arctic are indeed increasing, posing a growing threat to the region. The frequency and intensity of wildfires have risen due to climate change, with significant impacts on vegetation productivity and carbon emissions. Lightning occurrence, warming trends, and shifts in wildfire regimes have been key factors driving the expansion of wildfires, particularly in regions like Siberia. The increase in burned areas over continuous permafrost has been substantial, leading to ecological disturbances and accelerated permafrost degradation, which can further exacerbate climate warming. Despite the rise in wildfires, vegetation productivity has shown a rapid recovery post-fire, potentially offsetting carbon release and maintaining the Arctic as a carbon sink. Additionally, the northward shift of wildfires has influenced air quality and health impacts across the Northern Hemisphere.
How effective are different bioremediation techniques in removing pollutants from contaminated soil and water?
5 answers
Different bioremediation techniques have proven to be effective in removing pollutants from contaminated soil and water. Bioremediation utilizes living organisms like bacteria, fungi, and plants to degrade or transform contaminants into less harmful substances. Various techniques such as bioventing, bio-sparging, phytoremediation, and composting have been employed for the treatment of organic pollutants, depending on factors like pH, soil type, oxygen levels, and nutrient availability. Bioremediation is cost-effective compared to traditional methods like incineration and carbon filtration, making it a favorable choice for environmental cleanup. Additionally, the integration of degraded contaminants into biogeochemical cycles helps in the recovery of soil fertility and water quality, preserving biodiversity and ecosystem services. These techniques offer a promising solution to mitigate the impacts of anthropogenic pollution on the environment.
How do indoor hazardous gases affect human health and the environment?
5 answers
Indoor hazardous gases, such as carbon monoxide from incomplete combustion, volatile organic compounds (VOCs) like benzene and formaldehyde, and volatile and semi-volatile organic compounds (VOCs and SVOCs), significantly impact human health and the environment. These pollutants can lead to respiratory issues, cardiovascular problems, neurological disorders, reproductive complications, cancers, and even mortality. Exposure to indoor pollutants is linked to respiratory diseases like asthma, COPD, and lung issues. Additionally, these gases contribute to environmental degradation and climate change, exacerbating global health challenges. Mitigating indoor air pollution sources and regulating their concentrations are crucial steps to safeguard human health and the environment from the adverse effects of these hazardous gases.
What is the deficit water content?
5 answers
Deficit water content refers to the reduced amount of water available in soil or plant tissues due to various factors like water deficiency or stress. Studies have shown that deficit irrigation can impact seed production and water use efficiency in plant species like Agropyron mongolicum and Lespedeza potaninii. Additionally, water deficit can lead to a decrease in cyclic hydroxamic acid content in wheat shoots, affecting plant growth. In licorice plants, different levels of water deficit resulted in varying effects on physiological parameters and root biomass production, with weak water deficit actually increasing the yield of root medical compounds without hindering growth. Managing water deficit is crucial in dryland areas like those in India, where it limits crop growth and yield, necessitating practices like supplemental irrigation and watershed management.