daily current-affairs digest

The Central Government released an official clarification assuring citizens that everyday Person-to-Person (P2P) and general merchant UPI transactions will remain completely free. This reassurance followed widespread public apprehensions surrounding proposed amendments to Section 10A of the Payment and Settlement Systems Act (PSS Act), 2007, which were introduced through the Taxation and Other Laws (Amendment) Bill, 2026.

• Enactment Date: The PSS Act came into force on August 12, 2008.
• Regulatory Body: Reserve Bank of India (RBI) is designated as the sole authority to regulate and license payment systems, assisted by the Payments Regulatory Board (PRB).
• Mandatory Authorization: Operating any payment system without explicit prior RBI authorization is prohibited.
• Settlement Finality: The Act provides legal recognition to netting and settlement finality, shielding transactions from insolvency unwinding.
• Section 25 Offence: Punishes the dishonour of electronic fund transfers due to insufficient funds, creating legal parity with the Negotiable Instruments Act, 1881.
• 2026 Amendment: Proposed via the Taxation and Other Laws (Amendment) Bill, 2026 modifying Section 10A.
• Prelims Trap: The recent amendment abolishes all transaction fees permanently for everyone. (Correction: It creates an enabling framework for threshold-based MDR on large merchants, while consumer P2P transactions remain free.)
• Prelims Trap: The PSS Act gives direct investigative powers exclusively to SEBI over payment networks. (Correction: The statutory authority is the RBI.)

Background

The Payment and Settlement Systems Act, 2007 was enacted to establish a comprehensive legal foundation for the supervision and regulation of all payment systems in India. Assented to in December 2007, it became operational on August 12, 2008, empowering the Reserve Bank of India and the Payments Regulatory Board to oversee traditional and digital financial networks.

Significance

The legislation provides essential legal certainty to financial transactions by guaranteeing settlement finality and protecting netting arrangements against insolvency proceedings. Furthermore, Section 25 aligns electronic fund transfers with traditional banking instruments by criminalizing payment failures due to insufficient funds.

India-specific Implications

With the exponential growth of UPI, the PSS Act serves as the backbone for India's digital public infrastructure. The proposed 2026 amendment to Section 10A via the Taxation and Other Laws (Amendment) Bill introduces an enabling framework for the Merchant Discount Rate (MDR) managed by the **NPCI-**led UPI and Services Steering Committee.

Challenges and Criticisms

Proposed statutory adjustments to merchant fee structures triggered public anxiety regarding the potential commercialization of digital public goods and the introduction of hidden consumer charges.

Way Forward

The government and regulatory bodies must maintain transparency, ensuring that any future fee structures remain targeted exclusively at large commercial entities above high thresholds, keeping everyday citizen transactions completely free.

As of July 31, 2026, India successfully crossed 300.50 GW in installed non-fossil fuel-based electricity generation capacity. This milestone represents more than 54% of the country's total installed power capacity and completes over 60% of India's target to achieve 500 GW of non-fossil capacity by 2030. Driven by record annual additions in solar and wind power, along with supporting domestic initiatives like the Approved List of Models and Manufacturers (ALMM) and the Production Linked Incentive (PLI) scheme, this achievement substantially advances India's commitments under the Paris Agreement while strengthening domestic energy security and green industrial growth.

• Non-fossil installed capacity crossed 300.50 GW on 31 July 2026, making up over 54% of India's total capacity.
• Solar power constitutes the largest share at 164.59 GW, followed by wind (58.14 GW) and hydro (57.24 GW).
• Bio-power stands at 11.75 GW while nuclear capacity contributes 8.78 GW.
• India added a record 55.29 GW of non-fossil capacity during 2025–26.
• Approved List of Models and Manufacturers (ALMM) domestic solar PV capacity exceeded 200 GW.
• Renewable electricity generation grew from 190.96 BU (2014–15) to 477.79 BU (2025–26).
• Trap: Non-fossil capacity is not limited to solar and wind; it officially includes hydro, bio-power, and nuclear energy.
• Trap: India has fulfilled over 60% of its 500 GW non-fossil target set for 2030, not just half.

Background

India set an ambitious climate target to establish 500 GW of non-fossil electricity capacity by 2030. As of 31 July 2026, the country crossed 300.50 GW of installed non-fossil fuel capacity, achieving over 54% of its overall electricity capacity mix and meeting over 60% of the 2030 target ahead of schedule.

Significance

1. Climate Commitments: Aligns with Paris Agreement goals and enhances India's global climate credibility.

2. Energy Security: Decreases dependence on imported fossil fuels, fostering an Aatmanirbhar (self-reliant) power ecosystem.

3. Industrial Growth: Drives green employment and clean manufacturing under the PLI scheme and ALMM frameworks.

India-specific Implications

• Renewable electricity generation rose significantly from 190.96 BU in 2014–15 to 477.79 BU in 2025–26.
• Supports decarbonization of heavy industries and provides clean power foundation for the National Green Hydrogen Mission.
• Local solar PV module manufacturing capacity crossed 200 GW under ALMM.

Challenges and Criticisms

• Grid integration and storage management challenges due to the intermittent nature of solar (164.59 GW) and wind (58.14 GW).
• Balancing fast-paced non-fossil capacity creation with stable grid operations.

Way Forward

Accelerate energy storage systems (ESS), modernize power grid infrastructure, maintain annual capacity addition momentum (building on 55.29 GW in 2025–26), and further incentivize domestic supply chain resilience.

In August 2026, India presented five Indian peacocks—consisting of four typical blue peafowl and one rare white-feathered male—to the United Nations Office at Geneva (UNOG). This symbolic contribution highlights India's active deployment of environmental diplomacy and showcases its rich natural heritage on a prominent global platform.

• Family Classification: The Indian Peafowl is a member of the Phasianidae (pheasant) family.
• Taxonomic Trap: The iconic decorative 'tail' of the male peacock is not actually its tail, but rather an elongated set of upper-tail covert feathers.
• Genetic Variant: White-feathered peacocks are not albinos; they have a genetic condition called leucism, meaning they lack feather pigment but retain normal coloration in their eyes.
• Native Range: Although introduced worldwide, they are native strictly to South Asia, including India, Sri Lanka, Nepal, Bhutan, and Pakistan.
• Legal Status: They receive the highest legal protection in India under Schedule I of the WPA, 1972, despite being classified globally as Least Concern on the IUCN Red List.

Background

The Indian Peafowl is deeply embedded in South Asian culture, ecology, and law. Its selection as India's National Bird in 1963 reflected its widespread presence and cultural resonance. The August 2026 presentation of five specimens to the United Nations Office at Geneva (UNOG) underscores how India leverages flagship native species for ecological diplomacy.

Significance

1. Ecological Balance: Peafowls serve as natural pest controllers, consuming insects, crop-damaging seeds, and venomous reptiles like young cobras.

2. Cultural and Soft Power: Demonstrates India's commitment to biodiversity, using its national symbol to foster environmental awareness on international platforms.

3. Scientific Value: The presence of the white peafowl highlights genetic mutations like leucism, offering insights into animal genetics and phenotypic variations.

India-specific Implications

The peacock's placement in Schedule I of the Wildlife Protection Act, 1972, reflects India's stringent conservation ethics. Its ability to thrive in close proximity to human settlements across Indian villages, agricultural fields, and urban centers demonstrates remarkable microclimatic adaptability, making it a key indicator of suburban ecological health.

Challenges and Criticisms

Despite their abundant 'Least Concern' status, peafowls face localized threats from agricultural pesticide poisoning, habitat fragmentation, and occasional human-wildlife conflicts arising from crop damage in farming regions.

Way Forward

To sustain this ecological harmony, conservation strategies should focus on monitoring pesticide runoff in agricultural belts and integrating urban green corridors. Additionally, capitalizing on the bird's symbolic status can enhance public participation in community-led biodiversity initiatives.

Lake Mead, the largest artificial reservoir by volume in the United States, has fallen to a record-low water level of 1,040.4 feet (317.1 meters) above sea level. This critical depletion of the reservoir, situated on the Arizona–Nevada border, is driven by a combination of the worst Rocky Mountain snowpack on record, a persistent multi-decade megadrought in the American Southwest, and long-term systemic over-allocation of the Colorado River's water among seven US basin states and Mexico. The decline threatens the domestic and agricultural water security of up to 30 million people and risks cutting the power generation capacity of the Hoover Dam by up to 70%.

• Lake Mead is the largest man-made reservoir by volume in the United States, formed by the construction of the Hoover Dam on the Colorado River in the 1930s.
• The reservoir lies along the border of Arizona and Nevada, located approximately 25 miles east of Las Vegas.
• It was established as the first U.S. National Recreation Area in 1936.
• Lake Mead works alongside Lake Powell (situated behind the Glen Canyon Dam) as part of a twin-reservoir system for the Colorado River basin.
• The primary inflow to Lake Mead is snowmelt originating from the Rocky Mountains.
• TRAP: Candidates may be misled into believing Lake Mead is a natural lake; it is entirely artificial, created by the Hoover Dam.
• TRAP: It might be assumed that Lake Mead's water levels are determined solely by local rainfall in Nevada/Arizona, whereas the primary driver is actually remote Rocky Mountain snowpack.

Background

Lake Mead is a critical hydrological and economic pillar for the American Southwest, storing water for over 25 million people and driving agricultural irrigation and green energy through the Hoover Dam. However, a combination of climate-induced stressors and historic water rights overallocation has brought the reservoir to its lowest level since its filling in the 1930s.

Significance

1. Water Security: Lake Mead is the lifeblood of major urban centers (such as Las Vegas, Phoenix, and parts of Southern California) and extensive agricultural zones. Its depletion triggers mandatory water cuts, forcing states to rely on deeper, energy-intensive pumping technologies.

2. Clean Energy Generation: As water levels drop, the hydraulic head driving the Hoover Dam's turbines decreases. This drop in efficiency threatens to reduce electricity output by up to 70%, destabilizing the regional power grid during peak summer demand.

3. Ecological and Recreational Value: The shrinkage of the 2,338-square-mile national recreation area affects local biodiversity, water quality, and tourism industries.

India-specific Implications

1. Glacial Melt Dependency: Similar to the Colorado River's dependence on Rocky Mountain snowpack, India's major river basins (Ganga, Indus, Brahmaputra) rely heavily on Himalayan glaciers. Climate change-induced alterations in snowfall patterns present parallel water security risks for India.

2. Interstate Disputes: The over-allocation among the seven US basin states mirrors India's complex interstate water disputes, such as the Cauvery River or the Satluj-Yamuna Link canal. It shows that over-allocating water based on historical high-flow averages rather than current climate realities leads to systemic crises.

Challenges and Criticisms

1. Historical Over-allocation: The fundamental legal frameworks governing the Colorado River were designed during abnormally wet periods in the early 20th century, overallocating more water than the river naturally discharges.

2. Persistent Megadrought: Climate change has locked the region into a multi-decade dry spell, accelerating evaporation rates and reducing precipitation resilience.

3. Inflexible Treaties: Adjusting allocation agreements between seven sovereign states and Mexico is highly contentious, leading to political deadlocks and delayed conservation measures.

Way Forward

1. Dynamic Allocation Models: Transitioning from fixed historical volume allocations to flexible, percentage-based allocations that adjust based on annual active inflows and snowpack levels.

2. Enhanced Water Conservation: Scaling up micro-irrigation, wastewater recycling, and urban water conservation (as pioneered by Las Vegas) to reduce demand.

3. Coordinated Basin-wide Governance: Developing unified conservation agreements across all basin states and neighboring nations (Mexico) to ensure the long-term sustainability of the twin-reservoir system of Lake Mead and Lake Powell.