India to establish regional climate centre for Himalayas, to benefit country, neighbours: IMD chief

Being a data-sparse region, the relative observational network is limited as compared to the plain ranges of the country, Mohapatra observed.

He said there is a scope to improve further the physical understanding of various processes occurring in these mountain regions, their modelling and hence the forecasting and warning services.

”At the same time, we have to develop the climate applications scenarios, especially with respect to the water sector, industries, tourism, agriculture, specifically in these mountain regions. We are planning to establish a regional climate centre for the mountain region and it will be providing advice not only to India but also to the entire region in the Himalayas,” he said.

The RCC is likely to come up in Delhi, Mohapatra later said. The RCC will provide weather-related services especially for the farmers and tribes residing there.

He added that Himansh, the country’s remote and high altitude research centre, established in 2016 by the Ministry of Earth Sciences, will also undertake weather research activities in the Himalayas.

M Rajeevan, Secretary, MoES, said as far as the Himalayas is concerned, it offers many challenges in weather and climate services.

He pointed out that weather prediction over the Himalayas poses a serious challenge for prediction models in view of complex topography.

Modelling of mountain regions may be considered for collaborative research under the Monsoon Mission, he said.

”The IMD should come out with a special verification strategy for our forecasts and climate services which are to be provided to mountain regions,” Rajeevan said.

He observed that the northwest Himalayas get more precipitation during the winter season, while the rest of the region gets maximum rains during the monsoon.

As far as climate change is concerned, the Himalayas need more attention and this region is warming much faster than the world, Rajeevan cautioned.

”Melting of glaciers is another major concern. A changing climate could bring in more devastating effects on the fragile biodiversity system of the Himalayas. It could impact agriculture, food and health over the region,” Rajeevan said.

Mohapatra said a lot of initiatives have been taken by the MoES and IMD for augmentation of observational network with the deployment of doppler radars and automated weather stations and with the development of region-specific numerical models and application activities with improvement in forecast activities and warning services.

Rajeevan said appreciating the needs of northwest Himalayas, the IMD has started installing weather radars over this region.

”Already three radars have come and two more will come up in another one month. A total of 10 radars will be installed, latest, by next year. In addition, surface instruments like Automatic Weather Stations, snow gauges are also being installed,” the MoES secretary said.

The IMD will install a similar network over northeast India which is also very close to the Himalayas, Rajeevan added.

Mohapatra said the disasters in the mountainous regions play a dominant role in deciding socio-economic activities.

He said natural calamities in the Himalayas like the earthquakes are well-recognised – the heavy rainfall leading to cloud bursts and also many other phenomena that affect the local agriculture, local industry, local bio-system, local lives.

”We also have various types of disaster phenomenon in other hill ranges like western and eastern ghats. In recent times, we all have witnessed that because of the monsoon rains, the landslides, which have generally been realised in the Himalayan ranges or the northeast States… how disastrous landslides have been realised in Karnataka and Kerala States,” Mohapatra said.

He added that similar landslides have taken place when cyclones have crossed Odisha and Andhra Pradesh.