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A race between monsoon and water

June 1, 2016 by Climate portal editor Leave a Comment

ICP_reservoirs_20160601

The southern states of Tamil Nadu, Karnataka, Andhra Pradesh and Telengana are in dire need of rainwater to replenish exceedingly low levels in reservoirs and all surface water structures. This water has come in the form of showers over the past five or six days, although the spread of the rainfall has been patchy, and whether rainwater has collected in significant quantities and percolated into sub-soil aquifers will not be known for at least another week.

Until 31 May 2016 the stored water situation as measured by the quantities recorded in the 91 major reservoirs of India was very grave indeed. The most recent weekly bulletin of the Central Water Commission, which monitors what is called the ‘live storage status’ of the 91 major reservoirs, was issued on 26 May. Out of the 91 reservoirs, 37 have hydro-electric power plants which deliver electricity to the states in which these reservoirs are and to the national grid.

The total ‘live storage’ capacity of these 91 reservoirs is 157.799 billion cubic metres (BCM) which is estimated as being about 62% of the total storage capacity of 253.388 BCM that is estimated to have been built or created. But the 26 May bulletin placed the total storage available in these reservoirs at 26.816 BCM, which is 17% of the total of 91 reservoirs. At this time in 2015, the total stored water was 49.119 BCM and the average of the last 10 years of storage at this time was 33.764 BCM. Thus, the stored water for the week ended 26 May is 55% of the quantity stored in 2015 and 79% of the quantity stored at this time averaged for the last ten years.

ICP_reservoir_trends_20160601

The Northern region is Himachal Pradesh, Punjab and Rajasthan. There are six reservoirs with total live storage capacity of 18.01 BCM. By 26 May the total storage in these reservoirs was 3.91 BCM which is 22% of the total live storage capacity. The stored volume at the corresponding period in 2015 was 43% and the stored volume of the average corresponding period of the last ten years was 29%.

The Eastern region is Jharkhand, Odisha, West Bengal and Tripura. There are 15 reservoirs with total live storage capacity of 18.83 BCM. By 26 May the total live storage in these reservoirs was 4.22 BCM which is 22% of total live storage capacity. The stored volume at the corresponding period in 2015 was 34% and the stored volume of the average corresponding period of the last ten years was 20%.

The Western region is Gujarat and Maharashtra. There are 27 reservoirs with total live storage capacity of 27.07 BCM. By 26 May the total live storage in these reservoirs was 3.90 BCM which is 14% of total live storage capacity. The stored volume at the corresponding period in 2015 was 26% and the stored volume of the average corresponding period of the last ten years was also 26%.

The Central region is Uttar Pradesh, Uttarakhand, Madhya Pradesh and Chhattisgarh. There are 12 reservoirs with total live storage capacity of 42.30 BCM. By 26 May the total live storage available in these reservoirs is 9.59 BCM which is 23% of total live storage capacity. The stored volume at the corresponding period in 2015 was 33% and the stored volume of the average corresponding period of the last ten years was 18%.

The Southern region is Andhra Pradesh, Telengana, combined projects in both states, Karnataka, Kerala and Tamil Nadu. There are 31 reservoirs with total live storage capacity of 51.59 BCM. By 26 May the total live storage available in these reservoirs was 5.21 BCM which is 10% of total live storage capacity. The stored volume at the corresponding period in 2015 was 27% and the stored volume of the average corresponding period of the last ten years was 20%.

Filed Under: Latest, Monsoon 2016 Tagged With: 2016, Bharat, dams, India, monsoon, reservoir, water

Monsoon outlook for June and July

May 29, 2016 by Climate portal editor Leave a Comment

ICP_monsoon2016_20160529

At the end of May 2016, based on a reading of the seasonal forecasts of our Earth System Science Organisation group (under the Ministry of Earth Sciences) and complemented by the collaborative seasonal forecasts of the NOAA Center for Weather and Climate Prediction, we have prepared an outlook for the June and July monsoon 2016 months.

The regional rainfall outlook for June and July 2016. Green hues are +0.25 to +1mm/day averaged over the outlook period.

The regional rainfall outlook for June and July 2016. Green hues are +0.25 to +1mm/day averaged over the outlook period.

The outlook shows: (1) that our main concern of whether the first stage monsoon forecast of the IMD remains true is fulfilled, which is, that the 2016 monsoon will be normal (and better than normal in some regions); (2) that our next most important concern of whether any region will have significantly below normal rainfall is also addressed, and under the current forecasts there is no such region; (3) that the June and July rains will be at least normal in most states and meteorological sub-divisions.

Some provisos need to be observed. The seasonal forecasts are released for three month spells (May to July, June to August, and so on). Depending on the kind of modelling that is followed (and there are several) the outlooks are updated or modified every 10 days to fortnightly to monthly. These updates are based on what are called ‘initial conditions’ which for our current outlook is the first half of May.

Here is a more detailed regional outlook for June and July 2016:
• Tamil Nadu and Kerala will have rain that over the season is +1 to +1.25mm/day.
• Karnataka, Andhra Pradesh and Telengana, Madhya Pradesh, most of Maharashtra, all the states of northern and north-west India, Uttar Pradesh and Bihar, Sikkim, Arunachal, lower Assam, western Meghalaya, and Lakshadweep will have rain that that over the season is +0.25 to +1 mm/day.
• Odisha, Chhattisgarh, southern Jharkhand, gangetic West Bengal, eastern Vidarbha (Maharashtra), the north-eastern half of Telengana, north coastal Andhra Pradesh, upper Assam, Nagaland, Manipur, Mizoram and Tripura will have rain that over the season is -0.2 to +0.25mm/day and Andaman and Nicobar islands will have rain that is up to -0.5 mm/day.

This outlook we will amend between June 10 and 15 as the ESSO’s forecasts and international collaborative monsoon forecasts are updated.

Filed Under: Current, Monsoon 2016 Tagged With: 2016, climate, forecast, India, monsoon, season

Prepare for May heat

May 4, 2016 by Climate portal editor Leave a Comment

ICP_May_heat_20160504The heat outlook for the first half of May, which was released by the India Meteorological Department (IMD) on 02 May, calls for immediate attention and preparation on all fronts.

The forecast is for three periods of five days each (called pentads) with expected temperature anomalies given for maximum and minimum temperatures. The big picture is that over some parts of the country maximum temperatures will remain 3-4 C above normal for all the three pentads.

Minimum temperatures that are 1-5 degrees higher than normal will increase in terms of the geographical range as the days progress through the first, second and third pentad: 02 to 06 May, 07 to 11 May and 12 to 16 May.

There are several particular alerts arising from the IMD heat wave outlook:

The heat outlook for the first half of May, released by the India Meteorological Department (IMD), for the three five-day periods of 02 to 06 May, 07 to 11 May and 12 to 16 May.

The heat outlook for the first half of May, released by the India Meteorological Department (IMD), for the three five-day periods of 02 to 06 May, 07 to 11 May and 12 to 16 May.

1. Odisha, Gangetic West Bengal and south Chhattisgarh, which have seen some record-breaking high temperatures in April, will continue to see above normal maximum temperatures.

2. South Interior Karnataka, coastal Maharashtra and Goa (the Konkan), and Saurashtra will experience a gradual rise in maximum temperatures from the first to third pentad.

3. Maximum and minimum temperatures both, in Jammu and Kashmir, Himachal Pradesh and Uttarakhand will remain around 5 C above normal for the duration of the forecast.

4. The 12 to 16 May period (third pentad) will see higher than normal maximum temperatures (2 to 5 C) over almost the entire country, and higher than normal minimum temperatures over most of the country.

Other observations are:

5. The North-East will experience minimum temperatures about a degree higher than normal during 07 to 16 May.

6. For the second pentad, that is 07 to 11 May, maximum temperatures in north-west India (Punjab, Haryana, western Uttar Pradesh, Rajasthan, western Madhya Pradesh, Delhi) will drop by 2 to 3 C.

7. Coastal Andhra Pradesh, Rayalaseem and Tamil Nadu will experience lower minimum temperatures by 1 to 2 C during 07 to 16 May.

Please observe basic precautions during this period in particular: eat smaller meals more often; drink water even when not thirsty; avoid tea, coffee and alcohol; plan your activities to avoid being outdoors during 11am to 4pm; do not leave children in cars by themselves; keep a watch on the elderly especially those who are infirm or invalid; wear non-synthetic non-polyester light-coloured and loose fitting clothes; if working outdoors rest frequently; provide drinking water and shade to animals and pets.

Filed Under: Current Tagged With: Bharat, climate, drought, forecast, heat, heat wave, IMD, India, India Meteorological Department, temperature, water

Why we need to save water right now

April 16, 2016 by Climate portal editor Leave a Comment

ICP_reservoirs_20160417

Every week, the Central Water Commission release the “live storage” data. By this the Commission means the quantity of water stored in what are called the 91 major reservoirs of India. From this group of what are also called the big dams – they are the biggest in the country – 37 have hydro-electric power plants attached that use the flow of water to generate electricity.

Together the 91 reservoirs can store, if they were full, 157.799 billion cubic metres (BCM). This amount is calculated as being about  62% of the entire “live storage” capacity of 253 BCM which is estimated to have been built as dams in India.

The CWC’s latest bulletin of 13 April 2016 delivers to us an immediate warning: the water stored in these major reservoirs together is under a quarter of their full storage level. The combined quantity stands at 35.839 BCM, which is 23% of the total live storage capacity of these reservoirs. This quantity is 67% of what was stored at this time last year, and is 77% of the average for ten years that is stored at this time of the year. This means we have less stored water compared with last year and compared with the ten year average for this time of year.

Here follows our sequence of alerts put out over the @indiaclimate Twitter feed:

Today, the 91 major reservoirs together hold 35.83 billion cubic metres (bcm) of #water. When all full they can hold 157.79 bcm

— Indiaclimate (@Indiaclimate) April 16, 2016

The total #water stored now is 23% of full storage by all the 91 reservoirs, and is 67% of the storage at this time last year. — Indiaclimate (@Indiaclimate) April 16, 2016

And moreover the total #water stored now is 77% of the average storage at this time for the last ten years. Now for the charts.

— Indiaclimate (@Indiaclimate) April 16, 2016

Water saving measures must immediately be followed by all households. Town and city municipal corporations and councils must immediately ask residents to reduce their use of water especially on activities like washing cars, watering lawns and swimming pools. District administrations need to immediately implement contingency plans for conserving water.

This chart shows the full reservoir level (blue) and current #water storage level (orange) for dams (by size) 69-91 pic.twitter.com/9LGQIddla6 — Indiaclimate (@Indiaclimate) April 16, 2016

Second chart: full reservoir level (blue) and current #water storage level (orange) for dams (by size) 46-68 pic.twitter.com/liMPJKoqfY

— Indiaclimate (@Indiaclimate) April 16, 2016

Third chart: full reservoir level (blue) and current #water storage level (orange) for dams (by size) 23-45 pic.twitter.com/CKjHboXIF4 — Indiaclimate (@Indiaclimate) April 16, 2016

Fourth chart: full reservoir level (blue) and current #water storage level (orange) for dams (by size) 1-22 pic.twitter.com/1UcvS5QJrE

— Indiaclimate (@Indiaclimate) April 16, 2016

Filed Under: Blogs, Current Tagged With: Bharat, big dam, Central Water Commission, India, reservoir, water, water resources, water shortage

Normal to good monsoon likely

April 10, 2016 by Climate portal editor 1 Comment

ICP_RG_monsoon_forecast1

The Indian summer monsoon in 2016 for the months of June to September will be normal to above normal in almost all the meteorological sub-divisions.

This is our reading of the seasonal climatic predictions provided by five different sources, amongst them the India Meteorological Department (IMD), which themselves are based on ensembles of forecasts.

Our outlook for the June to September 2016 period is based on an initial study of the three-monthly and seasonal predictions which are in the public domain, from the following agencies:

India monsoon 2016

A mapping of the forecast by one predictive climate model, for the May to July period. Source: NOAA/NCEP

The Climate Prediction and Monitoring Group of the India Meteorological Department (IMD), Ministry of Earth Sciences, Government of India; the  Climate Forecast System Version 2 (CFSv2) by the Climate Prediction Center of the National Centers for Environmental Prediction (NCEP), USA; regionalised Multi-Model Ensemble (NMME) forecasts from the Climate Prediction Center which are based on models of the NOAA and NASA; and the Meteorological ‘Met’ Office of Britain which is a World Meteorological Organisation climate research centre.

Combining the indications from this early set of forecasts we see that when typical monsoon conditions have set in over southern and peninsular India, the June and July rainfall patterns should be normal for June with an increase in average rainfall for July (in the southern peninsula, the west coast, north-eastern states and the north India mountainous states). The models currently also point to the August and September period recording above normal rainfall over most of India, and normal rainfall in central India.

The climatic prediction models whose forecasting products we have examined make their predictions for 90-day periods (such as May, June and July together) based on conditions observed and calculated for a given month (January, February and March so far). We will consolidate and expand the scope of this initial prognosis – which is of a normal to above normal monsoon – as these forecasts are updated.

Filed Under: Latest, Monsoon 2016 Tagged With: 2016, climate, India, meteorology, monsoon, rain, season, summer monsoon

Preparing for the Indian summer

April 1, 2016 by Climate portal editor Leave a Comment

ICP_insat_20160101

The India Meteorological Department (IMD) has issued its forecast for the 2016 hot weather season (April to June). The forecast shows that during the 2016 hot weather season, temperatures (mean, maximum and minimum) in all the sub-divisions are likely to be above normal. All the temperatures (maximum, minimum and mean) of most of the subdivisions from northwest India, Kerala from south India and Vidharbha from Central India are likely to be above normal by 1.0° C or more. Read the full forecast document here (pdf).

The season averaged maximum temperatures of coastal Andhra Pradesh, Odisha, Assam and Meghalaya, sub-Himalayan west Bengal and Sikkim, and NMMT – Nagaland, Manipur, Mizoram and Tripura – are likely to be warmer by 0.5° C and that of the remaining subdivisions are likely to warmer than normal by 0.5° to 1° C. The season averaged minimum temperatures of sub-Himalayan west Bengal and Sikkim, and NMMT are likely to be warmer than normal by <0.5° C and that of the remaining subdivisions are likely to warmer than normal by 0.5° to 1° C.

There is also a high probability (76%) of maximum temperatures in the core heat wave zone during the 2016 hot weather season to be above normal. The core heat wave zone covers the states of Punjab, Himachal Pradesh, Uttarakhand, the National Capital Territory and Delhi, Haryana, Rajasthan, Uttar Pradesh, Gujarat, Madhya Pradesh, Chhattisgarh, Bihar, Jharkhand, West Bengal, Odisha and Telengana and the meteorological sub-divisions of Marathwada, Vidharbha, Madhya Maharashtra and coastal Andhra Pradesh. This in turn suggests high probability of moderate and severe heat wave conditions in the core heat wave zone during the hot weather season.

From this season, the IMD will also provide extended range forecasts (five–day averaged forecasts for the next 15 days) of heat wave conditions over the country. This will be based on the Dynamical Extended Range Forecasting System developed by the Indian Institute of Tropical Meteorology (IITM) in Pune. The forecast will consist of the probability of occurrence of hot days, heat waves and severe heat waves for the next 15 days updated every fifth day from 1 April, 2016. The forecasts will be available on the IMD website.

Filed Under: Latest Tagged With: Bharat, heat, heat wave, hot weather, IMD, India, India Meteorological Department, summer, temperature, पृथ्‍वी विज्ञान, भारत, मौसम

March heat patterns in India

March 25, 2016 by Climate portal editor Leave a Comment

Temperature anomalies expected for March 25-31 in India

From now until the end of March 2016, the maximum temperature anomalies will be less than what has been experienced in March until the 24th.

The India Meteorological Department’s (IMD) numerical weather prediction service has however shown that maximum temperatures will still be above normal by 1 to 3 Celsius over most of central and northern India between 25 and 31 March.

We find that when read with the minimum temperature anomalies, most of peninsular, central and northern India have in March experienced an upward shift in overall temperatures by 1 to 3 Celsius. The meteorological sub-divisions of Telengana, Rayalaseema and coastal Andhra Pradesh in particular stand out for higher minimum temperatures.

Over the last week, maximum temperatures were markedly above normal (5.1° C or more) at most places over West Rajasthan; at many places over Uttarakhand and East Rajasthan; at a few places over Gujarat  and at isolated places over Madhya Pradesh; appreciably above normal (3.1°C to 5.0°C) at most places over Haryana, Chandigarh and Delhi; at many places over Punjab, rest Gujarat and West Madhya Pradesh.

Maximum temperatures were also appreciably above normal at a few places over Madhya Maharashtra and at isolated places over Marathawada, Vidarbha and Kerala; above normal (1.6°C to 3.0°C) at most places over Rayalaseema and West Uttar Pradesh; at many places over Tamil Nadu, Interior Karnataka, East Madhya Pradesh, and the north-eastern states.

Filed Under: Current, Latest Tagged With: 2016, climate, heat, India, summer, temperature

Visualising the December ice-box

January 2, 2016 by Climate portal editor 1 Comment

ICP_20160102

Between 10 and 15 December 2015, minimum temperatures all over northern India and Pakistan, in particular in the Hindu Kush and western Himalaya (including the state of Jammu and Kashmir) dropped sharply. The cold and strong north-westerly winds blowing in from the distant Central Asian region during this period of December deepened the persistent chill.

This panel of the 30-day temperature charts for 40 cities shows the sudden dip all experienced from around 10 December. Original charts are from the NOAA Center for Weather and Climate Prediction and reassembled for this panel.

This panel of the 30-day temperature charts for 40 cities shows the sudden dip all experienced from around 10 December. Original charts are from the NOAA Center for Weather and Climate Prediction and reassembled for this panel.

The cold wave was also experienced in the north-western region – including Rajasthan, Gujarat and adjacent north Maharashtra as far south as Mumbai. From 10 December until 27 and 28 December, unusually cold conditions gripped entire agro-ecological regions – the north Gujarat plain together with the Kathiawad peninsula, the Aravalli ranges and the east Rajasthan uplands, the Ganga-Yamuna Doab, Rohilkhand and the Avadah plain, the Madhya Bharat plateau and the Bundelkhand uplands, and the Central (or Malwa) highlands.

These 30-day temperature charts shows the sudden dip in minimum for 40 cities from 9 and 10 December, and the setting in of cold conditions which continued for two weeks thereafter. During this time, the higher reaches of Kashmir Valley received snowfall, New Delhi recorded minimums of around 5 Celsius with the maximums being two to three degrees below normal, Amritsar in Punjab was at 2 Celsius while Ludhiana and Patiala recorded between 4 and 6 Celsius. Churu in Rajasthan recorded a low of 3 Celsius and Mt Abu, at an altitude of 1,200 metres was just below 0 Celsius. State capital Jaipur recorded a minimum 6 Celsius.

Filed Under: Latest Tagged With: cold wave, Delhi, Gujarat, Himalaya, Hindu Kush, India, Pakistan, Punjab, Rajasthan, winter

Fair shares and the INDCs

November 12, 2015 by Climate portal editor Leave a Comment

ICP_CSO_INDCs_report

The initial climate action pledges made by countries, and submitted to the UN Framework Convention on Climate Change (UNFCCC), called Intended Nationally Determined Contributions (INDCs), have been analysed and reviewed by a group of 17 international civil society organisations. These findings have been released in a report, ‘Fair Shares: A Civil Society Equity Review of INDCs’.

INDCs refer to Intended Nationally Determined Contributions, the official name of the UNFCCC for the climate targets and actions which a majority of countries submitted on or before October 1, the deadline set by the UNFCCC. They are commonly referred to as “national climate targets/actions” or “pledges”. They are referred to as the initial offers of countries in terms of responding to climate change, and as the building blocks of the new global climate agreement, which is set to be finalized at the upcoming Paris climate conference. The current INDCs will be implemented from 2020 to 2025 or 2030.

The assessment includes INDCs covering 145 countries and some 80 percent of current global emissions. This review is different because it uses not only a science-based assessment of the necessary global level of climate action, but also uses widely accepted notions of equity to present fair shares of the necessary effort for each country. The equity and fair shares standards are anchored on the UNFCCC’s core principles of “common but differentiated responsibilities and respective capabilities” and the “right to sustainable development”. The equity and fair shares standards used in this review take into account a range of interpretations of these principles. The group of international civil society organisations has said that the principles of equity and fair shares can be defined and quantified robustly, rigorously, transparently and scientifically, while accounting for differences of perspectives.

This review has said: “All countries should undertake their fair share of the global effort to tackle climate change. Each country’s fair share is based on its historical responsibility and capacity. Some countries have already emitted a great deal for a long time, contributing to warming that is happening already, and they thrive from the infrastructure and institutions they have been able to set up because of this. Some countries have much higher capacity to act than others, due to their higher income and wealth, level of development and access to technologies.”

This review is important because if the INDCs are not reviewed using a global carbon budget based on the science and widely held notions of equity, we will not be able to determine if each country committed its fair share of climate action. Equity and fairness are vital to unlocking cooperation, because – as the IPCC concluded in its most recent report – agreements that are seen to be fair are more likely to actually work. We will also not know if they are enough collectively to stave off dangerous global warming. The review sets a basis to demand higher ambition from each countries in Paris and beyond.

The review shows that the INDC commitments will likely lead the world to a devastating 3°C or more warming above pre-industrial levels. The current INDCs amount to barely half of the emissions cuts required by 2030.

Moreover, the INDCs submitted by all major developed countries fall well short of their fair shares. From the list of countries highlighted in the report, Russia’s INDC represents zero contribution towards committing its fair share. Japan’s represents about a tenth, the United States’ about a fifth, and the European Union’s just over a fifth of its fair share.

Most developed countries have fair shares that are already too large to fulfill exclusively within their borders, which is why there is a need for them to provide additional resources for developing countries to do more than their fair share, particularly through finance, technology, and capacity-building. However, there remains a striking lack of clear financial commitments from developed countries.

On the other hand, the majority of developing countries’ mitigation pledges exceed or broadly meet their fair share, including Kenya, the Marshall Islands, China, Indonesia, and India. Brazil’s INDC represents slightly more than two thirds of its fair share.

The question is: can developing countries with the largest rising emissions, such as China and Indonesia, now sit back because they have met their fair share? While the report clearly shows that the onus is on developed countries to commit more emissions cuts and financing, by no means does it give a free pass to developing countries. Our primary call is for each country – developing and developed – to do all it can in terms of climate action, working even to surpass its fair share.

What must therefore be done to close the emissions gap? The Paris COP21 agreement must ensure that domestic commitments and global targets alike are set in accordance with science and equity. It must also include a strong mechanism to increase the ambition of INDCs before their implementation in 2020, and every five years thereafter. Developed countries must make substantial new commitments to finance mitigation, adaptation, and loss and damage in developing countries for a fully equitable climate agreement. Finally, countries must scale up action for sustainable energy transformation.

[The group: ActionAid International, Asian Peoples’ Movement on Debt and Development, Climate Action Network South Asia, CARE International, Center for International Environmental Law, Christian Aid, CIDSE, Climate Action Network Latin America, Friends of the Earth International, International Trade Union Confederation, LDC Watch International, Oxfam, Pan African Climate Justice Alliance, SUSWATCH Latin America, Third World Network, What Next Forum, and WWF International. The Climate Equity Reference Project, an initiative of EcoEquity and the Stockholm Environment Institute, provided analytical support. It is also supported by numerous social movements, networks, and other civil society groups in the international, regional, and national levels.]

Filed Under: Reports & Comment Tagged With: carbon budget, China, climate agreement, Climate Change, climate conference, COP21, development, emissions, equity, Europe, INDC, India, Russia, UNFCCC, USA

Join a climate chat with the minister

October 25, 2015 by Climate portal editor Leave a Comment

ICP_mygov_201510

MyGov.in which is the citizen-centric platform that connects people with the Government of India is holding a MyGov Talk event with Prakash Javadekar, Minister for Environment, Forest and Climate Change on 26 October at 5 pm.

This is a part of the preparations the central government and the Ministry of Environment are making as the Conference of Parties (COP) 21 meeting draws nearer (30 November to 11 December). The MyGov Talk is intended to seek the views and suggestions of citizens on the proposals contained in the Intended Nationally Determined Contribution (INDC) plan submitted to the UNFCCC by India.

With India’s Intended Nationally Determined Contribution (INDC), the country is keen to attempt to work towards a low carbon emission pathway, while simultaneously endeavouring to meet all the developmental challenges that it faces today. The INDC aims at promoting clean energy, especially renewable energy, enhancement of energy efficiency, development of less carbon intensive and resilient urban centres, promotion of waste to wealth, safe, smart and sustainable green transportation network, abatement of pollution and India’s efforts to enhance carbon sink through creation of forest and tree cover.

Climate Change experts, senior journalists and social media influencers will join the online panel discussion with Javadekar.  Citizens are invited to share their ideas, questions and inputs on India’s role in COP 21 and on the following proposals laid down by Intended Nationally Determined Contribution (INDC):

Sustainable Lifestyles
Cleaner Economic Development
Reduce Emission intensity of Gross Domestic Product (GDP)
Increase the Share of Non-Fossil Fuel Based Electricity
Enhancing Carbon Sink (Forests)
Adaptation
Mobilising Finance
Technology Transfer and Capacity Building

Selected ideas and names would also be mentioned by the minister and other experts during the MyGov Talk. Also see ‘India spells out a climate action plan’.

Filed Under: Announcements, Current Tagged With: carbon, Climate Change, COP21, emissions, INDC, India, Javadekar, renewable energy, UNFCCC

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Between contemplation and climate

Whether or not the USA, Europe, the Western world, the industrialised Eastern world (China, Japan, South Korea, Taiwan), adhere to or not their paltry promises about being more responsible concerning the factors that lead to climate change, is of very little concern to us. We have never set any store by international agreements on climate […]

The ‘Hindu’, ignorant about weather and climate, but runs down IMD

We find objectionable the report by ‘The Hindu’ daily newspaper accusing the India Meteorological Department of scientific shortcoming (‘IMD gets its August forecast wrong’, 1 September 2016). The report claims that the IMD in June 2016 had forecast that rains for August would be more than usual but that the recorded rain was less than […]

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