CJP's Independence Advice and Criticism of Bengaluru Tunnel Project Tejasvi Surya, a BJP MLA, has urged the Cockroach People's Party (CJP) to maintain its independence and neutrality in addressing public issues, regardless of which political party is in power. During an India Today Karnataka Roundtable, Surya emphasized that the organization must avoid appearing biased by selectively focusing on specific states or parties. He warned that if CJP fails to uphold its impartiality, its credibility could be questioned. Surya highlighted the importance of addressing youth concerns across all states, noting that CJP's role is to amplify grievances against government policies, not to align with any political agenda. Surya also criticized the Karnataka government's proposed tunnel road project in Bengaluru, calling it a flawed solution to the city's traffic crisis. He argued that the project would exacerbate congestion rather than alleviate it, citing a report by the Indian Institute of Science (IISc) that predicts increased traffic bottlenecks. The MLA pointed out that the government's draft project report (DPR) incorrectly used traffic data from Maharashtra's Malegaon instead of Bengaluru, undermining the project's validity. Surya estimated the tunnel road's cost at ₹39,000 to ₹40,000 crore, labeling it one of the world's most expensive road projects. The project, which would involve diverting land from the Lalbagh park, has sparked controversy over its environmental impact. Surya accused the government of prioritizing commercial development over public needs, noting that the project would impose a ₹600 toll on vehicles, effectively excluding two-wheelers, autorickshaws, and public buses.#bengaluru #tejasvi_surya #indian_institute_of_science #cockroach_people_s_party #lalbagh_park
Bengaluru's Urban Flooding Crisis: A Deep Dive into Vulnerability and Resilience Two recent studies have highlighted the urgent need for climate resilience in Bengaluru as urban flooding increasingly disrupts daily life. The first study, conducted by professors at the Indian Institute of Science (IISc) and published by Springer, examines how recurring urban floods and public transport fare hikes exacerbate accessibility and affordability challenges for residents. The second study, led by researchers from the National Institute of Technology Patna and the Department of Architecture, Dayananda Sagar College of Architecture in Bengaluru, focuses on Bellandur Ward, identifying its heightened vulnerability to flooding due to rapid urbanization and inadequate stormwater infrastructure. The IISc study reveals that disruptions such as flooding and fare hikes disproportionately affect low-income commuters. According to Prof. Ashish Verma, a transportation system engineering expert at IISc, 34% of low-income respondents reported wage loss due to flood-related transport disruptions. Verma explained that low-income groups are less likely to have alternatives like working from home or paying for private transport, making them more vulnerable to climate-related disruptions. He emphasized that the current transport system fails to protect these groups during climate events, with wage losses falling harder on them than on higher-income individuals. Fare hikes have also pushed some residents toward private transport. Based on 184 survey responses, the study found that 31.5% of public transport users shifted to non-public options after fare increases, with low-income and male commuters being particularly sensitive to price changes.#bengaluru #imdad #indian_institute_of_science #national_institute_of_technology_patna #dayananda_sagar_college_of_architecture
GenomeIndia Reveals Significant Health Disparities Across India’s Diverse Populations The GenomeIndia (GI) project, launched in January 2020 as a national consortium under the Department of Biotechnology, has released findings that highlight a complex and uneven landscape of disease risk, drug response, and metabolic health across India’s diverse populations. The initiative, coordinated by the Centre for Brain Research at the Indian Institute of Science (IISc) in Bengaluru, involved collaboration with multiple institutions, including BRIC-NIBMG, CSIR-CCMB, and CSIR-IGIB, as well as sample-collection partners across the country. The project’s flagship genomics manuscript and a companion phenotypic manuscript, along with a public dashboard, open code, and supplementary materials, aim to address gaps in India’s representation in global genomic databases. However, the two principal papers remain preprints on medRxiv and have not undergone peer review, emphasizing the need for cautious interpretation of their findings. India, home to approximately 18% of the world’s population, has long been a demographic powerhouse in global health discussions. Yet, its genomic and phenotypic data have remained underrepresented in international research. The GI project seeks to rectify this by capturing the country’s internal diversity, shaped by thousands of ethnolinguistic groups, long histories of endogamy, and regional variations. The study’s focus is not ancestry but rather the potential of population-scale data to improve medical precision in a country as diverse as India. This includes refining disease risk interpretation, drug choice and dosing, and identifying groups overlooked by current screening systems.#bengaluru #genomeindia #department_of_biotechnology #centre_for_brain_research #indian_institute_of_science
