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Messages - Sonali

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Dear All,

Please find attached the agenda for the workshop on "Performance and
Potential of Wind Energy Systems in India", to be held in Divecha Centre for
Climate Change, IISc, Bangalore, on 22 and 23 August, 2017. The workshop
will be held in the seminar hall of Divecha Centre for Climate Change.

As you are aware, the Indian government has set a target of having 60 GW of
wind capacity by 2022. While installing further wind mills, it would be very
useful to investigate the performance of the existing wind farms. A workshop
discussing performance of existing wind plants, wind potential and off-shore
wind would be very relevant at this point of time.

All are welcome.

It would be great if you could please confirm your participation by sending
an email to so that we can make the necessary
arrangements accordingly.

Warm Regards,


Announcements / postdoc positions in Earth System modelling at PIK
« on: August 15, 2017, 09:31:31 PM »

Dear colleague, please note that we have interesting postdoc positions to fill - I'd be grateful if you could pass this on to suitable candidates.
Postdoctoral scientists in atmosphere dynamics & ocean circulation dynamics:

In addition there is two related positions in marine and terrestrial biosphere dynamics partly based at PIK advertised by the Stockholm Resilience Centre:

From: Stefan Rahmstorf <>

Head of Earth System Analysis, PIK


National Institute of Technology Rourkela, an Institute of national importance in teaching, research and development, invites application from Indian nationals, possessing excellent academic background along with commitment to quality teaching and potential for carrying out outstanding research for faculty position at the level of Professor, Associate Professor and Assistant Professor.

Last Date: 11 Sep 2017

A work by

R. Vinnarasi, C. T. Dhanya, Aniket Chakravorty & Amir AghaKouchak has been published recently in Nature Scientific Reports (


Article: Unravelling Diurnal Asymmetry of Surface Temperature in Different Climate Zones


Understanding the evolution of Diurnal Temperature Range (DTR), which has contradicting global and regional trends, is crucial because it influences environmental and human health. Here, we analyse the regional evolution of DTR trend over different climatic zones in India using a non-stationary approach known as the Multidimensional Ensemble Empirical Mode Decomposition (MEEMD) method, to explore the generalized influence of regional climate on DTR, if any. We report a 0.36 °C increase in overall mean of DTR till 1980, however, the rate has declined since then. Further, arid deserts and warm-temperate grasslands exhibit negative DTR trends, while the west coast and sub-tropical forest in the north-east show positive trends. This transition predominantly begins with a 0.5 °C increase from the west coast and spreads with an increase of 0.25 °C per decade. These changes are more pronounced during winter and post-monsoon, especially in the arid desert and warm-temperate grasslands, the DTR decreased up to 2 °C, where the rate of increase in minimum temperature is higher than the maximum temperature. We conclude that both maximum and minimum temperature increase in response to the global climate change, however, their rates of increase are highly local and depend on the underlying climatic zone.

Correspondence to: Dr. C. T. Dhanya

Announcements / BEL requires Civil, Electrical Engineers 2017
« on: July 28, 2017, 10:07:38 AM »

Bharat Electronics Limited (BEL), is India’s premier Navaratna Defence Electronics Company, under Ministry of Defence, Government of India.  BEL Engineering Services Division (ESD) requires outstanding professionals in Civil & Electrical Engineering disciplines :


Dy. General Manager (Civil) : 03 posts
Manager (Civil) : 03 posts
Sr. Engineer (Electrical) : 01 post
Sr. Engineer (Civil) : 05 posts
Dy. Engineer (Civil) : 01 post


Applications are invited from SC, ST, OBC and Persons with Disabilities (PwD) (VH, OH, HH) under Special Recruitment Drivefrom Indian nationals for the post of Assistant Professor in the Departments of Aerospace Engineering, Biological Sciences & Bioengineering, Chemical Engineering, Civil Engineering, Computer Science and Engineering, Earth Sciences, Economic Sciences, Electrical Engineering, Humanities and Social Sciences, Industrial and Management Engineering, Materials Science and Engineering, Mechanical Engineering, Mathematics and Statistics, Chemistry, and Physics.
Several departments participate in the teaching and research activities of interdisciplinary post-graduate programs of the institute including Photonics Science and Engineering, Cognitive Science, Nuclear Engineering and Technology, Environmental Engineering & Management, Design Program, and the Materials Science Program. Appointments for these programs are made in the relevant departments among those listed above.
Minimum Qualification: Ph.D. with first class or equivalent (in terms of grades) at the preceding degree in the appropriate branch, with a very good academic record throughout.
Assistant Professor: Minimum three years Industrial/Research/Teaching experience, excluding however, the experience gained while pursuing Ph.D.
For a fresh Ph.D, the position will be Assistant Professor (on contract) for the first three years and will be regularized afterwards. For those with three or more years of teaching/research/industrial experience, regular appointment may be offered.
The institute strongly encourages applications from qualified women candidates.

Application form for all the above positions is to be filled ONLINE using the Pingala recruitment system.

Department specific areas of required specializations is available at

Announcements / CliMT: A climate modelling framework
« on: July 25, 2017, 08:04:04 AM »

Hello All,

as some of you may be aware, we have been involved in
building a climate modelling framework that can be used
entirely from Python.

I'm happy to inform you all about the first release of CliMT.
This version of CliMT is capable of running as a simplified
GCM, with a spectral dynamical core. The components
currently available in CliMT are suitable for research use.

Please do play around, and I am happy to receive any

Documentation, including installation instructions, are
available at:

The code is available at:

which contains many examples that you can adapt for
your own needs.


From: Joy merwin monteiro

« on: July 25, 2017, 07:59:23 AM »



Kavitha Kuruganti
Alliance for Sustainable & Holistic Agriculture (ASHA)

25 July, 5pm, Chokshi Hall IISc

Seven years after India witnessed a big debate about Bt brinjal, a GM
food crop that was cleared by regulators for commercial cultivation in
the country, which was subsequently placed on an indefinite moratorium,
the controversy is back to the fore again. This time, it is about a
herbicide tolerant GM mustard, which if approved by the Ministry of
Environment and Forests, would be the first GM food crop to be allowed
in farmers' fields for commercial cultivation. This GM mustard had
received regulatory clearance in May 2017. While the proponents of GM
mustard claim that GM technology deployed in mustard will allow for
hybridisation in the crop, which then has the potential to increase
yields and bring down edible oil imports into India, the opponents of
this GM food crop are arguing that the benefit claims as well as safety
claims are unfounded and that GM mustard is not needed in the first

Kavitha Kuruganti is a leading sustainable agriculture activist, known
for her views against GM mustard. She is in the forefront of a campaign
that is seeking to ensure that this HT GM food crop is not approved in
India. In this talk, she explains the resistance against GM mustard from
all over the country and reasons for the same.


Interesting. Thanks for sharing. :)



TITLE: "An Extreme Event Attribution Study of the Heat Wave of Summer 2015 and Chennai Rain Event of December 2015"





Dear All:

We are organizing a two-day short course on "Advances in Data Assimilation Techniques" under Continuing Education Programme in Indian Institute of Technology (IIT) Delhi on 21-22 September 2017. 

This two-day course will provide a glimpse of the advancements in data assimilation techniques, focusing especially on the land surface models and assimilation techniques. The speakers will initiate an introduction to the basics of data assimilation, and introduction to land data assimilation in weather and climate models. The course will also focus on the sources of uncertainty, characterization of uncertainty of model predictions, how data assimilation is essential for characterizing and reducing uncertainty and the feasibility of these in large scale high resolution model predictions.

For more details about the course, speakers and registration, please download the brochure from:

Last date of registration is 20th July 2017.  Please note that registration is limited to only 30 participants, on a first come first serve basis.

Please write to me, if you have any queries.

Thanks & Regards,

Announcements / Fulbright-Kalam Climate Fellowship
« on: June 09, 2017, 04:49:13 PM »


Dear All,


Title: "Climate Warming of Black and Brown Carbon Aerosols in South Asia"

Speaker: Dr. Srinivas Bikkina, Stockholm University, Sweden

Venue: Seminar Hall, Centre for Atmospheric and Oceanic Sciences (CAOS)

Date & Time: Monday, 12 June 2017; 11:30 AM

Tea at 11:15 AM



Aerosols constitute one of the main uncertainties in our current understanding
of the climate system. Although aerosols cause net cooling, certain
carbonaceous aerosols, e.g., black carbon (BC), may contribute to a
significant, but highly uncertain warming, ranging 0.2 - 2.1 W/m2 (compared
with 1.6 – 2.0 W/m2 for CO2). Carbonaceous aerosols, emitted mostly from the
fossil-fuel combustion (FF-comb: vehicular emissions and coal) and biomass
burning emissions (BBEs), account for a major fraction of atmospheric fine
mode particulate matter (up to 70%), cause large uncertainty in assessing the
climate effects of aerosols (e.g., surface dimming, weakening of monsoon,
intensification of tropical cyclones, and melting of the Himalayan glaciers in
S. Asia). In addition, the health burden of the BC-containing air pollution on
individuals and society is large, including premature deaths of ~1-2 million
annually in South and East Asia alone (e.g., WMO/UNEP, 2011). However, these
effects are poorly constrained due to: 1. Uncertain emission estimates from
different sources; 2. Uncertain absorption due to mixing/coating with
non-absorbing aerosols; 3. Uncertain atmospheric lifetimes, and; 4. The
mixture of BC and other absorbing aerosol species, e.g., brown carbon (BrC).
For these multiple effects, the division between different sources is
important, particularly between biomass vs. fossil fuel combustion, as the
resulting BC/BrC properties interact differently with atmospheric radiation,
geochemical cycles, and human respiratory effects.  In this presentation, I
will present/show how the dual-carbon isotopic composition of carbonaceous
aerosols coupled with some organic/inorganic chemical markers (a new & cutting
edge tool) can be useful for better understanding/assessing the relative
significance of emission sources and their contributions, optical properties
of both BC/BrC aerosols as well as the significance of the primary versus
secondary organic aerosols over S. Asia through some preliminary results.

S.K. Satheesh
Chair, Divecha Centre for Climate Change


A study on the effect of cigarette butts investigated and affirmed its
toxicity on fish population. It concluded that smoked cigarette butts, both
filtered and unfiltered, were acutely toxic to the representative marine and
freshwater fish. Researchers further tested this effect and shown that only
one cigarette butt can kill half the fish exposed to leachates in a controlled
laboratory setting. Another investigation demonstrated that when the butts are
soaked in water, a toxic soup is produced which, when tested, showed the
presence of heavy metals. Thus, the water gets polluted and these toxic
chemicals are absorbed by plankton and plant life, or consumed in parts by
marine creatures. Not only do they cause acute harm to local species, but move
up the food chain where the concentration increases

"What is clear is that land-based research on the effects of cigarette
consumption to human health can be used as an indicator of their effects on
land and marine ecosystems," says Siddharth Chakravarty, an activist and
long-time crusader for marine life. "The butts from a smoked cigarette contain
all the heavy metals and the remains of the 4000 toxic chemicals, and are able
to seriously impact the health of the environments they are discarded into.

Most of us are clueless of the fact that cigarette smoking could be injurious
to our oceans. So, maybe now is the time to think twice before lighting up,
one for the sake of our health, and two for the effect of that discarded
cigarette butt on our water and the marine life.


The Australian Research Council Centre of Excellence for Climate Extremes is a major seven-year initiative that brings together five of [UTF-8?]Australia’s leading universities and a suite of national and international partners.

Our goal is to transform our understanding of past and present climate extremes and revolutionize our capability to predict them into the future.

We are seeking a diverse range of talented postdoctoral research associates to help us realise this vision. We currently have 14 positions available across our [UTF-8?]Centre’s universities in Sydney, Melbourne, Canberra and Hobart. Learn more about the Centre at:

To succeed in one of these roles you will have a PhD, good quantitative skills, and expertise in a relevant field such as climate modelling, climate dynamics, physical oceanography, atmospheric science, hydrology, mathematics, etc.

When you come to work with us, [UTF-8?]you’ll get more than a typical postdoc. The Centre offers an exceptional environment to nurture and enhance your career. We offer a tailored researcher development program which includes workshops and seminars to improve your scientific, technical and communication skills. There are also leadership development opportunities and funding to enable you to travel between our universities to enhance strong collaborative relationships with your peers and mentors. We also offer a competitive internal fellowship scheme to further boost career opportunities for researchers from traditionally underrepresented populations in our field.

The ARC Centre of Excellence for Climate Extremes seeks to be at the forefront of fostering a culture of diversity, inclusion, respect and wellbeing. All positions are offered flexibly, either full time or part time to suit and support your lifestyle.

We are looking for people to join our team to work on the following projects across our four core research programs of Extreme Rainfall, Heatwaves and Cold Air Outbreaks, Drought, and Climate Variability and Teleconnections.

Embedded CGI removed by webmail.*
Positions at UNSW, Sydney

• Spatio-temporal modelling to improve extreme rainfall event prediction
[UTF-8?]• How do land processes affect heatwaves?
[UTF-8?]• Coupled ocean-atmosphere-sea ice interactions in the Southern Hemisphere dmid- to high latitudes

Positions at Monash University, Melbourne

Understanding rainfall extreme processes using observations and improving their representation in models

Rossby waves and extremes in heat and rainfall

ACCESS model coupling correction schemes

Variations in the Southern Annular Mode, midlatitude jet and storm tracks

Positions at The Australian National University, Canberra

The role of land-atmosphere feedbacks during drought onset, persistence and termination

Millennial-scale simulations and proxy evaluation

High resolution modelling to investigate the morphology of Southern Ocean


Positions at the University of Tasmania, Hobart

Attributing the observed changes in Southern Ocean Eddy Kinetic Energy to human influences

Biogeochemical cycles in the ACCESS-OM-01 high resolution ocean model

The predictability of marine heatwaves in the Australian region

Position at the University of Melbourne, Melbourne

• Organization of convection in the tropics and subtropics at high-resolution

For more information on each of these projects and links to full position descriptions and application pages go to

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