62 extractive question-and-answer pairs built from Microsoft Word - Statutory Framework_1_, published by shipmin.gov.in. Every answer is a verbatim span of text the source prints, and each row carries the passage it sits in, its offset in that passage, the source quote, the page and the location in the document, so any row can be checked against the original. 43 of the 62 pairs (69.4%) are explanatory questions and 19 restate a figure. 100.00% of rows pass the corpus quality gate.
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df = desidata.load("dedicated-water-metro-guidelines-question-and-answer-dataset")
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Usable for analysis, but expect some cleaning before you rely on it.
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First 10 of 62 rows
| question | answer | context | answer_start | question_type | knowledge_quality_score | source_quote | source_page | source_location | confidence | validation_status |
|---|---|---|---|---|---|---|---|---|---|---|
| What is the purpose of a Water Metro? | systematic movement of people and, where applicable, vehicles | A Water Metro is a mechanically propelled, mass passenger transport system/supplementary urban water transport system operating on inland, coastal, or other water bodies, designed for systematic movement of people and, where applicable, vehicles, and may include passenger vessels and Ro‑Pax excluding cruise vessels. Such systems may operate across intra‑city, inter‑city, coastal, and inter‑island corridors, on rivers, canals, lakes, backwaters, estuaries, creeks and coastal | 184 | definition | 1.000 | A Water Metro is a mechanically propelled, mass passenger transport system/supplementary urban water transport system operating on inland, coastal, or other water bodies, designed for systematic movement of people and, where applicable, vehicles, and may include passenger vessels and Ro‑Pax excluding cruise vessels. | 5 | page=5,block=9 | 0.700 | valid |
| What type of analysis should the Detailed Project Report for a water metro project include? | assessment of alternatives, which includes comparative cost effectiveness analysis with other available urban transport mode | it should not be seen as a mere tool for enhancing financial viability as this will defeat the very purpose of having a high- capacity mass transit system which brings in greater economic, social and environmental benefits to the region. EIRR for any Water Metro project proposal holds greater significance than FIRR. DPR for the water metro project will be location-specific and will cover diversity of hydrological and geographical conditions across cities along with variations in tidal patterns, sedimentation rates, seasonal water levels, navigational depth, and coastal vulnerability and will require location-specific techno-economic assessments. DPR for the projectshould make an assessment of alternatives, which includes comparative cost effectiveness analysis with other available urban transport mode. | 688 | definition | 1.000 | DPR for the projectshould make an assessment of alternatives, which includes comparative cost effectiveness analysis with other available urban transport mode. | 10 | page=10,block=2 | ||
| How does Inland Water Transport help drive economic growth? | by lowering transport costs, supporting local livelihoods, and improving the movement of goods and people. | Beyond mobility, IWT contributes significantly to economic growth by lowering transport costs, supporting local livelihoods, and improving the movement of goods and people. It also unlocks substantial tourism potential, particularly in States/Union Territories (UTs) with rich cultural and natural waterways, thereby boosting local economies. As a low‑emission, energy-efficient mode, IWT strongly aligns with national goals for sustainable and environmentally responsible transportation. These advantages underscore the Government’s continued emphasis on expanding and modernizing IWT as a key pillar of future urban mobility. | 66 | relationship | 0.970 | Beyond mobility, IWT contributes significantly to economic growth by lowering transport costs, supporting local livelihoods, and improving the movement of goods and people. It also unlocks substantial tourism potential, particularly in States/Union Territories (UTs) with rich cultural and natural waterways, thereby boosting local economies. | 5 | page=5,block=5 | 0.700 | |
| How can water transport enhance resilience during natural disasters? | enhance resilience during floods or infrastructure disruptions | Cities experiencing severe congestion on road networks, where water‑based transport can offer congestion relief and improved travel reliability. b. Corridors where water transport enables shorter, faster, or more direct journeys by bypassing long, circuitous road or rail routes. c. Regions where waterways provide critical connections across natural barriers, access to remote water‑locked habitations reducing dependence on bridges or limited crossing points. d. Areas where water transport can meaningfully enhance resilience during floods or infrastructure disruptions. | 510 | relationship | 0.970 | Areas where water transport can meaningfully enhance resilience during floods or infrastructure disruptions. | 11 | page=11,block=2 | 0.700 | valid |
| Why are affordable fares important for Water Metro systems? | several corridors will serve lower‑income users | While overall project costs are expected to be lower than rail‑based MRTS due to limited land‑side construction, the induction of low‑emission vessels and the supporting energy ecosystem (charging/bunkering, shore power, APFC, resilience) increases upfront capex. Ridership growth potential and modal shift may be comparatively modest relative to metro rail, and several corridors will serve lower‑income users, warranting reasonable, affordable fares to sustain mass‑transport utility. | 363 | relationship | 0.970 | Ridership growth potential and modal shift may be comparatively modest relative to metro rail, and several corridors will serve lower‑income users, warranting reasonable, affordable fares to sustain mass‑transport utility. | 13 | page=13,block=13 | 0.700 | valid |
| Under what circumstances might the Central Government fund the entire cost of a Water Metro project? | where a Water Metro project demonstrates substantial socio‑economic impact, regional connectivity benefits, or strategic public interest | Central-Funded model: In exceptional cases, where a Water Metro project demonstrates substantial socio‑economic impact, regional connectivity benefits, or strategic public interest, the Central Government may considerbearing the entire project cost. Centre/States/UTs may also leverage multilateral funding, green finance instruments, or other permissible sources to support project implementation. | 44 | relationship | 0.970 | Central-Funded model: In exceptional cases, where a Water Metro project demonstrates substantial socio‑economic impact, regional connectivity benefits, or strategic public interest, the Central Government may considerbearing the entire project cost. | 14 | page=14,block=2 | 0.700 | valid |
| How can commercial assets located on the shore benefit the Water Metro System? | to cross‑subsidize operations where feasible. | The Water Metro System shall strengthen its viability through: I. Modal shift promotion through integrated ticketing, reliable frequencies, and last‑mile connectivity II. Non‑fare box revenues: Advertising, retail, event spaces, waterfront/commercial development, value capture/TOD instruments, and ancillary services (parking, feeder services etc.). Public‑private development of shore‑side commercial assets to cross‑subsidize operations where feasible. | 410 | relationship | 0.970 | Public‑private development of shore‑side commercial assets to cross‑subsidize operations where feasible. | 15 | page=15,block=4 | 0.700 | valid |
| What aspect of urban transport is the Water Metro intended to integrate with? | Urban Transport and Mobility Networks | Enhanced Service Quality and Safety Standards .......................................... 4 3.4. Indigenization ................................................................................................ 4 3.5. Integration with Urban Transport and Mobility Networks ............................... 5 4. Planning and Implementation ................................................................................... 5 4.1. Project Planning ............................................................................................ 5 4.1.1. Institutional Support and Role of IWAI ....................................................... 5 4.1.2. Proposal Requirements ............................................................................. 5 4.2. Suitability of Cities and Circuits for Water Metro System ............................... 6 4.3. | 232 | relationship | 0.970 | Integration with Urban Transport and Mobility Networks ............................... | 3 | page=3,block=0 | 0.700 | valid |
| What is the main goal of the Water Metro initiative? | green transportation by promoting clean‑fuel, low‑emission vessels. | Rapid growth of Indian cities with increasing population, increased focus on economic activity and rapid urbanization has resulted in transport problems. Urban transport in India is struggling with congestion, air pollution, inadequate public transit options, and high fossil-fuel dependence.Aligned with the objectives of the Harit Nauka Guidelines, the Water Metro prioritizes green transportation by promoting clean‑fuel, low‑emission vessels. By leveraging energy‑efficient inland waterways and adopting electric or hybrid propulsion systems, the initiative aims to significantly reduce the carbon footprint of urban transit. | 379 | summary | 0.970 | Urban transport in India is struggling with congestion, air pollution, inadequate public transit options, and high fossil-fuel dependence.Aligned with the objectives of the Harit Nauka Guidelines, the Water Metro prioritizes green transportation by promoting clean‑fuel, low‑emission vessels. By leveraging energy‑efficient inland waterways and adopting electric or hybrid propulsion systems, the initiative aims to significantly reduce the carbon footprint of urban transit. | 5 | page=5,block=5 | ||
| How does the Water Metro model tackle the problem of limited land for transport infrastructure? | by utilizing existing navigable waterways to create a robust, reliable, and environmentally sustainable urban transport network. | Rapid growth requires various modes of transportation, but the availability of land for new transport infrastructure is becoming increasingly constrained.The Water Metro model addresses this limitation by utilizing existing navigable waterways to create a robust, reliable, and environmentally sustainable urban transport network. It represents an innovative shift in city mobility, offering safe, efficient, cost‑effective, and eco‑friendly alternatives to conventional road‑based systems. The Inland Water Transport (IWT) system in India plays a critical role in strengthening urban mobility and regional connectivity. It enhances access to remote or water‑locked areas, enables shorter and faster travel by bypassing long road corridors, and helps decongest overburdened road networks. | 202 | summary | 0.970 | Rapid growth requires various modes of transportation, but the availability of land for new transport infrastructure is becoming increasingly constrained.The Water Metro model addresses this limitation by utilizing existing navigable waterways to create a robust, reliable, and environmentally sustainable urban transport network. It represents an innovative shift in city mobility, offering safe, efficient, cost‑effective, and eco‑friendly alternatives to conventional road‑based systems. |
Read straight from the file — download or use the API URL for the full dataset.
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