Articles 161–200 of 2673, covering Energy, Oil & Power Economics, Climate Finance & Adaptation, Agriculture & Food Economics and more.
How inventory gains, price controls, lpg compensation and political sensitivity affect oil-marketing company earnings.
Why domestic administered gas formulas and imported lng prices can create very different costs for users.
Why nuclear power combines very high construction risk with low fuel cost and long operating life.
Why identical rooftop-solar equipment can produce different household returns across indian states.
How industrial users compare open-access renewable power with grid tariffs after surcharges and contract risk.
Which hard-to-abate industries might support carbon capture despite high energy and capital cost.
Why india’s clean-energy transition can replace oil dependence with dependence on lithium, cobalt, nickel, copper and rare-earth supply chains.
How india should allocate capital between reliable present energy supply and a lower-carbon future system.
How rising air-conditioning demand changes peak load, household bills, grid investment and refrigerant emissions.
How households and firms can track energy exposure before fuel, electricity and cooling costs surprise cash flow.
Why projects that prevent future climate losses often struggle to generate cash flows attractive to private capital.
How extreme heat reduces labour productivity, raises cooling demand and increases medical and mortality costs.
Why paving floodplains and obstructing drainage converts heavy rain into recurring asset and business losses.
Why climate volatility can raise crop-insurance cost even when the insured area expands.
Whether catastrophe bonds can transfer a defined part of india’s disaster risk to global investors.
What investors receive when they buy a use-of-proceeds green bond versus a performance-linked sustainability bond.
How steel, cement, chemicals and other high-emission industries can finance real decarbonisation without labelling ordinary capex as green.
How india’s carbon-credit system can create a price signal without sacrificing integrity.
How floods, heat, water scarcity and sea-level exposure can weaken loan collateral and borrower cash flow.
Why repeated climate losses can make some homes more expensive to insure or difficult to cover.
Why reliable water supply can be a stronger industrial-location constraint than cheap land.
How sea-level rise, storm surge and erosion can affect coastal property prices and mortgage security.
Which combinations of irrigation, seeds, soil, weather information and diversification deliver the strongest resilience per rupee.
How repeated climate shocks can push workers toward cities and alter wages, housing and informal employment.
Why financing efficient cooling can function like investment in electricity infrastructure and public health.
When wetlands, mangroves, urban forests and watershed restoration produce measurable economic returns.
How investors and consumers can distinguish measurable climate performance from broad marketing claims.
Why purchased goods, transport, product use and financed activity often dominate a company’s climate footprint.
How a company can use an internal carbon price to compare long-lived investments before public carbon prices fully develop.
What different warming pathways mean for asset damage, transition policy, demand and financing.
Who bears the fiscal, employment and community cost when coal-dependent regions decarbonise.
Why cities need stronger own revenues and project-preparation capacity to fund resilience.
How repeated disasters increase borrowing, reduce revenue and crowd out development spending.
Why promising climate technologies often fail between demonstration and commercial scale.
How a household or small enterprise can identify climate hazards, financial exposure, controls and residual risk.
Where the consumer’s food rupee is absorbed between the farmgate and the retail shelf.
How msp operates as an announced floor, a procurement system and a crop-choice signal.
Why maintaining food security stocks creates financing, storage and handling costs beyond procurement price.
Why farmers can rationally remain with water-intensive crops even when policy encourages diversification.
How market competition, logistics and bargaining power interact in agricultural reform.