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NIDM is organizing a 5 days Training Course on “Ecosystem Approach to Disaster Risk Reduction (EcoDRR)” during 8-12 October 2012 at NIDM, New Delhi. Course modules include vulnerability of ecosystems  importance of ecosystem services, livelihood, role of Environmental Impact Assessment (EIA), Environmental Law, Policies in relation with Disaster Risk Management.

Last date of receiving nomination is 4 October 2012.  Confirmation will be send to the participants by 5 October.  For details contact Ms. Sreeja S. Nair, Assistant Professor (sreejanair22@gmail.com) or Dr. Anil K. Gupta, Associate Professor (envirosafe2007@gmail.com). Participation in this programme is limited to Govt officers and faculty members of Universities or leading NGOs. No TA/DA shall be provided for attending the course. Boarding lodging facility will be provided to Govt officers free of cost. There is no training fee.

 

 

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Coal: An Odd Story

The ongoing coalgate scam has revolted and puzzled me in equal measure. The former sentiment is easy to understand and reams have been, and no doubt will continue to be, printed about it. However, this post intends to concentrate on the reasons for the latter sentiment—just what is it about coal that is so odd?3839117187?profile=original
For starters, not many know much about coal, except that it is a form of energy source that comes out of the earth. We may recall from the lessons we were taught at school that coal is primarily burned for the production of electricity and/or heat, and is also used for industrial purposes, such as metal refining and cement production. Better known as a fossil fuel, coal forms when dead plant matter is converted into peat, which in turn is converted into lignite, followed by sub-bituminous coal and bituminous coal, and lastly, anthracite. This involves biological and geological processes that take place over millions of years. Lignite, the lowest rank of coal, is used almost exclusively as fuel for electric power generation. Anthracite, the highest rank, is a harder black coal, used primarily for heating spaces. There is clinching evidence that coal has been used as early as 371–287 BC in Greece. Apparently, the Aztecs in America even used coal for ornamentation. It was during the Industrial Revolution in the 18th and 19th centuries that demand for coal surged. The massive improvements in steam engine technology in the 1760s by James Watt were largely responsible for this. The history of coal mining and use is thus inextricably linked with that of the Industrial Revolution. In India too, the introduction of steam locomotives in 1853 initially kick-started the previously sluggish demand for coal.
Given that it is the largest source of energy generation worldwide even today—it creates about 40% of the world’s electricity—it obviously serves some very crucial functions. So, why all the hue and cry now? It’s because the combustion of coal causes the largest worldwide anthropogenic release of carbon dioxide emissions. Tie that in with climate change, and the argument for chucking coal is obvious.
Despite this, the use of coal continues to grow at a faster rate than for any other fuel. Indeed, theInternational Energy Agency (IEA) projects average coal demand to grow by 600,000 tons every day over the next five years, with rapidly developing economies like China and India alone likely to account for 68% of the increase!
Educated estimates suggest that, worldwide, we have enough coal to last over 190 years. Coal can be found on every continent in over 70 countries, with the biggest reserves in the USA, Russia, China, and India (home to about 55 million tons of extractable reserves and 95 billion tons of proven reserves). 
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Above: Proven Coal Reserves (Source: http://www.theglobaleducationproject.org)
 
However, there are caveats. A recent interdisciplinary study by the Massachusetts Institute of Technology reports that coal composition, its structure, and properties differ considerably among mining locations, due to site-specific geologic conditions. These differences are a consequence of variation in chemical composition (mainly water and ash content), which in turn drives the selection of coal combustion technology and equipment. Coal types with lower energy content, higher ash content, and higher moisture content significantly drive up the capital cost of thermal power generation and lower the generating efficiency. For example, on average, Indian coal has ash content ranging from 30–50% (compared to 28–33% for average Chinese coal), which has long been recognized as a sticky problem, as it lowers calorific value. Coal washing can help overcome this issue, but it increases costs and causes large energy losses. Coal washing is also a water-intensive process. The spent water is highly polluted with heavy metals and fine particulate matter, which makes disposal a problem and causes serious harm to the environment when effluents are discharged into water bodies.
And yet, oddly enough, the world’s story with coal continues. Why? Because it is abundant and itscheap price fails to include its real costs. According to a World Bank study from 2006, the health effects from air pollution (primarily coal burning) will cost China, the world's largest coal consumer, USD 39 billion, or a whopping 13% of its GDP in 2020. A WWF report rightly says that coal is the world's "most expensive bargain." 
As Professor Per Nicolai Martens of the Institute of Mining Engineering at the Aachen Technical University in Germany says, “You reach a point where people say you have to stop burning coal. But when you reach that point, you are forced to ask the question of what happens when you shut it off?” Although renewables have been on the horizon for a long time now, they have not made much headway against their darker cousin. As Malcolm Gladwell’s The Tipping Point puts it, “Ideas and products and messages and behaviors spread like viruses do.” Perhaps, soon one day, coal will too reach its tipping point and renewables will take over.
This post originally appeared at mahazareendastur.blogspot.com.
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At the turn of the 20th Century,the majority of Indians lived in Rural areas and small towns.However, at the beginning of 21st century,every 4th Indian is a city dweller. As a city dweller as myself,many of us are in desperate  need of open spaces and refresh ourselves in the outdoors. 
City parks improve our physical and psychological health, and make our cities and neighbourhoods more attractive places to live and work. However, too few Indians are able to enjoy these benefits. More than 70% percent of Indian City Dwellers live in areas that  are severely lacking in park space. Only 10-20% percent of City residents live within walking distance of a nearby park. Also it has been seen that Low-income neighbourhoods populated by minorities and recent immigrants are especially short of Open spaces. Hence, there is a strong need to address such imbalances. 
 
Some of the steps that will Promote Urban Parks are as follows - 
 
1. Urban Parks as Community Places 
India is a country of festivals. Festivals such as Diwali or Holi must be celebrated in parks. This provides a wonderful opportunity to enliven and enlarge the public realm of the city. Green spaces, Meditation centres and Hiking trails should be built in new age Urban parks for enhancing the Community Engagement. Walking Roller Coaster ride is an exquisite example  of how Open Urban spaces can be made more Socially Engaging.
 
2. Parks as Playgrounds for Poor Neighbourhoods 
In poor neighbourhoods, most of the Schools have poorly designed School-yard. Simply slabs of asphalt surrounded by barbed wire fences, with a locked gate. For a few hours each school day, children use them to burn off steam,and the valuable land gets no maintain-ance  after schools hours. Thus, through Public Private partnership such Schools can rent upPlay-Yards in Urban spaces specifically designed for them.Such Social proposition will be beneficial for both the Neighbourhood and the Urban park.
 
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Hiking,Biking,Nature Trail ..U just name it !! 
 
3.Tax-Free Biking to Work Through a Park
Urban Parks should be designed in such a way that Biking trails create a short and exciting route to your work. Also, Tax Free cycling schemescan be promoted by NGO's through Government schemes for Green Transportation. Designing such Urban Landscapes will necessarily pave way for promoting Urban parks and Green Transportation. More so, if the existing Parks can be designed with Spaces where people can Dock there Electronic devices and Work then the purpose will be doubly benefited. 
 
4. Parks as Recreation centres for Youth
Parks can serve the purpose of Youth Development community-based activities that help them build essential skills,knowledge, and aptitudes.The assets both children and youth need for their  development fall into the major domains -  physical, intellectual, psychological

and social. Community based programs that are Fun can help both Kids and Youth to acquire skills in any of the 4 domains. Organizing a Debate competition on Ecological benefits of park, Promoting Hiking and Biking for the youth and planting a community garden are all physically challenging yet intellectually stimulating activities of youth development. Also, Eco Friendly Gyms for the Youth should be developed and promoted.

5. Rain Water Harvesting, Recycling and Reuse Centre 
As the catchment area is large,Parks present huge opportunity for Rain water harvesting.The water collected can be used for ground water table enhancement, and for Public Water supply for nearby neighbourhood. More so, through Public-Private partnership NGO's can demonstrate Recycle, Reuse activities and organize such events. Thus, Urban Parks can Promote Sustainability within the vicinity.


Mahatma Gandhi ji  has said - The earth, the air, the land and the water are not an inheritance from our fore fathers but on loan from our children. So we have to handover to them at least as it was handed over to us.”  

It is the responsibility of the City Administrators and Concerned citizens that this Era of Relentless building of Pavements and Concrete must be regulated and Green Areas must be promoted. This will enhance the quality of life for every city dweller. Thus, using such innovative methods Urban parks can be integrated into the Busy lives of us City Dwellers.
 
I will end the post with this amazing experience of Best Parks around the world from Sustainable Living tips - http://www.sustainablelivingtips.net/2009/09/worlds-best-urban-parks.html
Enjoy the virtual tour ..
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On a 12 hr average working hours a day most of us spend approximately 3hours or more in traffic in most of the tier 1 cities in India. Our local governments are trying to address this issue broadly,however the results are remarkably in Vain. Sunita Narain, director general of CSE India has rightly pointed out several factors in her latest blog 'Temporary Solution,Permanent Jam'. Factors that temporary solve the issue,leaving room for permanent failure define the characteristic of most of the measures that Government is engaging now.
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A Comparative Case Study(2012)
According to a News Published in DNA paper couple of months back,the city of Pune has now more than 23 lakh vehicles as compared to Mumbai which has 21 lakh vehicles.Interestingly Mumbai has a population of around 1.25 Crores while Pune has just over 55lakh. More so, while Mumbai has around 5000 Buses along with the network of Local trains,Pune has just around 1500 Buses for the whole population.According to Pune regional transport office, nearly 775 New vehicles are added each day,adding to the traffic woes in Pune. General Public state Poor Public transport as the Main reason because of which people are forced to use Private vehicles.
 
A CLASSIC Deadlock Isn't it !!
 
Possible Solutions
Well !! Most of the points made below are long term Solutions and Corrective actions that Local action bodies,Public-Private partners and Government should implement. 
 
1. CAP the Number of Vehicles Added every year
A Harsh method but a MUST method. The ever increasing number of Vehicles added per year should be capped at a manageable level. More so,Easy LOANS available for vehicles must be regularised,meaning higher Interest rates must be charged to Individuals who purchase subsequent vehicles after one. Local Governing bodies can provide incentives to Public and Private Banks to account for such action. Message is clear here,unnecessary increase in Vehicular population MUST be Deterred.
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2.Incentives for Using Public Transport
Increasing the existing capacity of Public transport is not much helpful. However, the existing facilities must be improved such as increasing the number of Green Buses,Better connectivity within city through Trams and Rails and so on. Tax reduction schemes by Employers and Local Governing bodies must be promoted for individuals using Public Transport on regular basis. No CAR or Personal Vehicle days must be organized in Cities in order to Promote Public Transport too.
 
3. Build Self Sufficient Housing Societies 
Aim is to curb Short Distance Travels within the city. New Housing societies Must have ATM or E Banking outlets, Recognized and Registered Kindergarten for young toddlers,Shopping and Marketing facilities and so on. Also, work from Home culture  and increased usage of IT facilities for Daily requirements must be promoted. More so, various Public and Privatecompanies can Tie Up with Infrastructure Building companies for creating such Self sufficient Housing Societies or Estates within the vicinity. 
 
4. Promote Congestion Pricing 
The whole point is do deter People from using the City Centre  during the peak hours. Inspired by the success of London Congestion Charge this method helps in evenly distributing traffic and regulating the flow of vehicles in the city centre. Real Time Congestion Monitoring Devices and Systems have to be used. A recent report on Stockholm traffic monitoring states approximately 18% reduction of traffic during the rush hours at the city centre.
 
5. Build Self Sufficient 'Sub Cities' within Cities
Pune Chinchwad Municipality in tie up with JnNURM has in part implemented this methodology. The Pune Chinchwad area is now a Sub City, a self sufficient one, within the City of Pune. People staying in this area do not have to travel to the city centre of Pune Municipality on a daily basis. Such an initiative has become successful because of explicit Political Will and Innovative Public Private partnership. My post on 21st Century Urban City Planning  explicitly states the types and design of New age Super cities. Urban planners now have to consider the city demographics to make such Self Sufficient Sub Cities.
 
As responsible citizens we have to rise also above the typical Indian Society pressure of 'Creating' a Status Symbol and Owing more and more things.Deliberate Consumerism is not going to Boom the general Economy but is going to Bane the Ecology too. Also, we have to Advocate our next generation about the importance of Environment and Sustainability,thereby promoting the usage of Environmentally friendly transportation.
 
We have to remember that Simple Living = Sustainable Living = Healthy Earth.
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CSE’s short-term training programme on SOCIAL IMPACT ASSESSMENT

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Last week left to register for the SIA training programme at CSE, New Delhi

The objective of this programme is to build capacity and create awareness among regulators, developers, NGOs and academicians to understand SIA process - Reconnaissance and Baseline Survey, Land Acquisition Survey and Plan (LAP) and Preparation of the Resettlement Action Plan (RAP). The programme also aims at evaluating the SIA report along with the applicable legislations in India.

On completion of the programme the participants will be equipped with:

The programme will cover:

1. Exposure to aspects of SIA, from theory to applications regarding:

  • Understanding the Terms of Reference

  • Data need, data collection, collation and interpretation

  • Development of tools and instruments for conducting SIA survey

  • Effective assessment methodologies

  • Reporting methodologies

2. Integrated approach for addressing SIA and EIA process - from scoping, data collection to impact assessment as well as the role of public consultations

3. Knowledge on review of SIA reports and identification of strengths and weaknesses

4. Post SIA monitoring

5. Procedure for institutional strengthening and capacity building

5. Experience sharing on national and international best practices in SIA

SCHEDULE

Course Duration: October 8-10, 2012

Venue:
CSE, 41, Tughlakabad Institutional Area, New Delhi-110062

Time: 10:00 AM to 5:30 PM daily

Course fee: Rs 8,000(For developers, environment consultants and regulators) 50% discounts for NGOs, academicians and students

Last Date for Applying: October 1, 2012

For Registration kindly contact: swati@cseindia.org

OPEN FOR:
Government officials of Project Executing Departments, Developers, NGOs, CBOs, and Academicians, Students and Industries

A certificate of participation will be awarded to all at the end of the programme.

COURSE CONTACT

Swati Singh Sambyal, Research Associate,
Industry & Environment Unit

Centre for Science and Environment
Tel: + 91-11-29955124/ 6110, Extension: 281, |
Fax: + 91-11-29955879 Mob. No.: +91 9910496283
E-mail: swati@cseindia.org

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New Age Agriculture - Vertical Farming

Urban agriculture is fast becoming an alternate model of an industry. The purpose of Urban farming is to respond to the nutritional demands of the city,from within that city.Urban agriculture expands the economic base of the city through production,processing and marketing of consumable products within the city.Also this helps to counter the chronic problem of Food insecurity.
 

The rationales behind Urban Agriculture or Vertical Farming are -
1.Currently more than 50% of the world population reside in the cities.By 2050,nearly 80% of the population will be in the cities.This demographic change will exert a tremendous pressure on Food resources.


2.At present 80% of the land that are suitable for agricultural purposes are used for raising crops.However, with the tremendous rise in the urban population,estimated at 3 Billion by 2030 or so, more than 1 Billion hectares of New agricultural land will be required for food production.


3.Low income urban dwellers spend almost 40-60% of their income on food each year,Yet more than 250 Million people go hungry in the cities at present.


Basics of Vertical Farming 



Technology used in Urban Faming


1. Aeroponics/Hydroponics System
The process of growing plants suspended in a semi closed environment by spraying its roots with a nutrient rich solution is known as Aeroponics.Whereas, the process of using water as a nutrient medium for growing plants is known as Hydroponic system.Ideally the environment is kept free from pests and other disease causing germs so that the plants can grow healthy.The main ecological advantage of such systems is savings in water and energy.When grown commercially these techniques use one tenth of the water used under normal circumstances and one twentieth of the energy used in traditional methodology.


2.Greenhouse System
The primary heating mechanism for such a system is Convection.The system protects crops from pests,and too much of either Heat or Cold.Mainly,two types of Greenhouse systems exist - The Glass one and the Plastic one.This system allows certain crops to be grown throughout the year in high latitude countries.Ventilation design of Greenhouse systems is of prime importance,without a proper design crops may be subjected to different problems.


3.Composting 
Is a key process in organic farming.The modern methods of composting combine measured inputs of air,water,carbon and nitrogen enriched nutrients.The compost acts as a natural pesticide,a fertilizer and a source of nutrients.


4.Phyto-Remediation
It a technique of treatment of plants and other environmental problems using specific plants. Examples where phyto-remediation has been used successfully include the restoration of abandoned metal-mine workings, and mitigation of on-going coal mine discharges.This method is a cost effective,clean and environmental friendly methodology to clean up the environment and to restore the balance of nature.


Thus, Urban farming presents promising methodologies for year around production of crops.This creates sustainable environment in urban areas for sustainable farming.More so, it reduces dramatically our dependency on fossil fuels and other non renewable sources of energy.Hence, Vertical farming offers measurable improvement of the urban economy.

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The 21st Century Urban City Planning

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The main factors governing Urban planning are: Climate Change,Resource Depletion,Food Insecurity and Economic Instability. If cities have to be sustainable for the future these issues have to be addressed immediately. An argument was put forward in the meetings of UN Habitat world forum and the World planners congress in Vancouver, 2006 that the profession of Urban planning has to be reviewed under the light of policies which are pro-poor and create sustainable livelihoods at the center of planning efforts.
 

Influential Forms of Urban Planning of the 20th Century 
 
1. Neighborhood Unit - Low population density,full of open spaces, focused on community facilities, and assumed to create viable social communities.
 
2.Radburn Layout - Separates motorized traffic from pedestrians, characterized by open spaces and super blocks free of traffic.
 
3. Urban Renewal - Slum clearance and rehousing projects following Radburn and neighborhood layouts.
 
4. Road Hierarchy - creates a hierarchy of roads to take care of the urban traffic and its management. The lowest level of the hierarchy is the Environmental Cell, which takes care of local traffic. At the higher levels are the district and long distance traffic grids.
 
5. Suburbia - Assumes very high level of car ownership and large densities of population around structured areas of growth in a city. The residential complexes are development at the Urban periphery, are single family units and consists of large areas of Car movement systems and community facility networks.
 
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The challenges confronting the cities of 21st Century

 
Environmental Concern - 
1.The economics of climate change include access to basic elements of life such as Drinking water,Food production, and health and sanitation requirements.
 
2. Current economies are Oil based. Hence emission control is a major concern in both developing and developed economies.
 
Economic Concern -
 
1. The economic restructuring in current decades have lead to addition of gender dimension to the existing working culture. Women are disproportionately concentrated in the informal economies,particularly trades which involve low paid activities.
 
2. As the world economies have become integrated, rapid effects of recessions are predominant across all the countries of the Globe. Unemployment is a rapid phenomenon in almost all the countries of the world whenever the cycles of economics turn towards the recessionary position.
Urban Population Expansion -
 
1. From 2007 to 2025, the annual rate of change of urban population is expected to be 2.27% (developing regions) and 0.49% (developed regions), as per a report by UN Habitat,year 2008. The result of such a phenomenon is that while some of the cities in the West are experiencing 'Shrinkage', others in the East are becoming 'Mega-cities' of the future. This causes problems in terms of infrastructure management and local governance.
 
2. According to the Human development report 2009 by UN Habitat, close to 37% of the Urban population live in slums in inequitable and life threatening conditions. This issue of Urbanization of poverty is becoming a rapid phenomenon in developing countries experiencing rapid rate of growth in urban population.
 
Thus such concerns have refocused attention on Urban planning. The findings that approximately 17% of the cities in the developing world are experiencing an annual growth rate of around 4% or more, have lead to the growing concern of accommodating such population in the cities of the future. As, in many parts of the world old and conventional  methods of Urban planning still exist, new methods of sustainable urban planning need to focus on Pro- poor dwelling developments,Improved resource utilization and better access to the local economies to reduce unemployment.
 
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New Approaches of Urban Planning 
 
1. Strategic Spatial Planning - It focuses on those aspects of a city that are important to the overall objectives of the Urban plan. The Spatial planning consists of directives and frameworks of conceptual urban plan rather than actual detailed plan. The important aspects of the Spatial plan have to be integrated with the regulatory aspects of Governing local policies.
 
2. New Approaches to Land Regularization and Management - The informal sector of cities are an issue of concern in New age Urban planning. These approaches focus on Positive Business aspects of such a sector and plans the urban dwelling accordingly.
 
3. New Forms of Master Plan - These plans are Bottom up, Participatory, Social Justice Oriented and aim to counter the effects of Land speculations. One important aspect is the Special Zones of Land access. This aims to control the dynamics of real estate market, provide secure housing to all and protect against down raiding the poor.
 
4. Compact City and New Urbanism - This approach adheres to spatial principles but at the local levels. This promotes cities with a fine grained mix of housing types,attractive public realms, pedestrian friendly street-scapes and public transportation access at ease.
 
 
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To conclude, most of the new developments in Urban Planning aim to integrate with the governance processes. The regulatory frameworks need to have socially inclusive policies. The planning system should have the ability to adapt to the impending problems of environmental concerns and economic issues. Moreover, such activities have to be closely aligned with progressive National policies to promote long term sustainability of such Urban landscapes. 
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The Five Elements of the Universe - "Panchtavta"

 Being to belong to environmental field we all might be having information regarding the five elemnets of the universe- "Panchtavta". The word environment is related with panchtavta, but does not give a impressive feeling to a common man to protect or save it. Therefore to protect nature we must replace scietific vocubulary with general words which have direct relation between human being and nature. In this channel we may create more impact among the people to serve the nature.

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Sálim Ali Centre for Ornithology and Natural History (SACON), Coimbatore requires Research Personnel for its following research project:

Assessment of the impact of agrochemicals on avifauna in the catchment of Keoladeo National Park, Rajasthan Junior Research Fellow;Qualifications: M.Sc in Environmental Sciences/ Environmental Chemistry/ Ecology/ Wildlife Biology/ Aquatic Biology/ any branch of Life Sciences.Desirable: Previous exposure to birds, wetlands, laboratory analytical techniques for water, sediment, and biological samples (contamination and toxicology studies)

PI: Dr. B. Anjan Kumar Prusty, Scientist - Environmental Impact Assessment Division; Programme Coordinator - PG Diploma in Environmental Impact Assessment and Management

  • Duration : 3 years; Fellowship : As per DST norms; NET/ GATE qualified candidates will be given preference

  • Application on plain paper in the following format should reach the Director, Salim Ali Centre for Ornithology and Natural History, Moongilpallam, Anaikatti, Coimbatore – 641 108 (Tamil Nadu) within 15 days from the date of publication of the advertisement.

(1) Name, (2) Date of Birth and Age, (3) Community, (4) Address for Communication, (5) Educational Qualifications, (6) Details of experience, if any, (7) a one-page write up on your research interest and (8) Names of References. Attested copies of the degree community certificates and mark sheets need to be enclosed.

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3 Innovative Green Business Models

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Green Business models support the development of Products and Services with Environmental benefits.Green business growth models can either rely on Technological overhaul of the existing systems or can develop Innovative Business models utilizing the existing systems itself. For example, a Refrigerator Manufacturing company can sell a Number of Cubic feet of space with a lowered temperature for a (certain period of time as long as the customer needs it),while the company owns the Unit.The incentive is to save the life cycle costs including Energy savings, Maintenance and Disposal.Such Innovative new solutions can radically change the Green growth story.
 
Key Challenges to the Green Models are -
1.Knowledge gap about the real benefits and the costs among Suppliers,Financial institutions and Customers.
2.Need for a change in the mindset of both the companies and the public institutions to be more open to create new solutions through public private partnerships.
3.Policy efforts have to be coordinated and regulated.
 
However, there are certain Green Business Models which are being adapted in a steady fashion.According to a paper - 'Green Business Models in the Nordic Region' some of the Business models are as follows 
 
1.Product and Service Based Model 
This is a revolutionary concept of 'Owner less Consumption'. The Refrigerator example stated above clearly exemplifies this concept.Green Product and Services model increases the Manufacturers market potential,increases the differentiated product services provided by them and increases customer loyalty too. However both manufacturers and customers are often concerned about the risk absorption methodology here as well as the challenges in determining the right costing of such services.
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2.Energy Saving Companies (ESCO's)
In this model an Energy saving company is Financed by a third party institution such as a Bank.The company  accomplishes energy saving projects of its client in exchange of a Fee.An example of an ESCO project could be where an ESCO installs a new heating system, insulation and a temperature control system in an old school. The ESCO makes the investment and the energy savings are split between the school and 
ESCO. Drivers for such projects are country specific and depend on the country's market maturity,size etc.However cost minimization and rising energy prices remain the key concern for such projects.
 
3.Sharing Business Model
The key driver for such a model is improved Resource efficiency and intensive resource utilization.Some of the examples of Sharing models are Car Sharing,Holiday Cottage and Time sharing, Washing centers and so on.Also the cost savings related to sharing products allows the product provider to profit on the business model.However, key barriers to such a model is High frequency requirement of customers,tendency to own a product rather than to share it and availability of the shared good.
 
According to Jill Fehrenbacher, CEO,Founder Inhabitat, some of the Green Businesses that are booming even in these tough economic times are 
Bicycle Sharing Shops - A smart business model based on Product and Services.
ZIPCAR - Community based resource sharing where cars services are shared among its users.According to some estimates the car sharing services is expected to $3.3 Billion approximately by 2016.
Green Construction- Such projects are in high demand due to increase in consumer consciousness towards the Environment.
Eco Fashion - Recycle and Reuse is the new mantra for New age fashion industry.
 
Green growth is inclusive of economic growth and protection of natural resources and the environment. Existing technology and consumer behavior is expected to produce positive outcomes upto a certain point, and therefore innovation is the key to create new ideas.But Green business models are still relatively new to industry and policy makers. A bigger knowledge and better understanding of emerging practices is needed to create appropriate policies and to encourage the industry. 
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What is the Future of Sustainable Fashion in India

Sale ! Sale ! Sale ! Upto 50% Discount ...
 
In India,holidays are nearing and you find yourself' inching' closer to a Retail store. Your Opportunistic self says its your best bet to realize ' Shop till you Drop'. However,  shoppers such as myself who are Ethical or Eco -friendly fashion enthusiast are more or less always bugged by series of such questions - 
--> What are the different Eco-friendly Fashion brands available ?
-> Does a brand selling Eco Friendly product appears dearer to me even though I shell out some extra bucks ?
And last but not the lest 
--> Will the Eco-brand have a general Appeal to the existing natural Fashion trend ? 
 
So, the Question is - Does Environmentally conscious fashion has a future in India ?
 
Pallavi Ganguly, a Fashion Management student of National Institute of Fashion technology (NIFT) Patna, has taken up this challenging Case study. Her analysis methodology attempts to investigate - 
> Present changes in Design trends to account for Environmentally friendly fashion.
> Changes in Design Technology to make it more Environmentally conscious.
Awareness level among consumers, expectations and benefits for them.
 
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Image - Green Shoes
 
Change in Designer's Perspective
Hence, to promote Ethical Fashion among Textile Entrepreneurs,organizations such as  National Association of Sustainable Fashion Designers provide designers tools for Sustainability through various Training and Development activities. To address the triple bottom line of Eco-Friendly fashion designers have to consider > Sustainability and Renew-ability of the fibre, 
> The environmentally conscious index of the process of turning raw fibre into textile,
> The working condition of the Human resources and 
> The Carbon Footprint of the material in its Whole Life cycle.
 
Innovations in Design technology
DPOL - A technology that reduces fabric loss by 15-20% and lead time by approximately 50%. It produces ready to stitch, shaped, woven garment component.This technology also supports smaller orders so much as One can get garment as per his/her fitting and style.
 
> Herb Infused textile - The idea of Herb Infused Textiles starts with organic cotton, which is then infused with natural dyes made from medicinal herbs and plants.Because of the use of medicinal herbs, the clothes also have a lot of therapeutic value, thus, the fabric has been found very helpful for people suffering from ailments like skin allergies, breathing problems, sleeping disorders etc.
 
Consumer Awareness -Eco-Friendly Brands
Grassroot by Anita Dongre - An organic clothing brand that promotes usage of cellulosic  or organic fibres,vegetable dyes,bamboo jersey fabric and re-uses waste products in the form of manure.
 
Madura Garments - Van Heusen has launched its Green Range of apparel in the year 2010. The Organic range started with limited edition, but soon saw it flying off the shelves.
 
> Levi's Eco - Levi's, which already retails organic jeans in the US market, has an organic line for male and female denims called Levi’s-Eco. While the cotton used by the company for making jeans is organic, the button on the waistband is made of coconut shell.
 
Key Findings of the Study 
1.Consumers are aware of Some Fashion brands,however their Awareness level of Manufacturing such Brands has to be enhanced.
2.Consumers demand Pricing Transparency for Eco-Friendly products. Awareness of the Mechanism for evaluating such Products is Essential.
3. Consumers perceive Eco-friendly products as Dull and out of fashion,suitable only for Tree-Huggers. Such a trend has to be changed.
4. Fashion Designers have the Greatest challenge of all; finding suitable Sustainable Design Solutions that are desirable and educate the market about the benefits of their products.
5. Green-Washing a trend adopted by some companies in which they call Any product Green.Consumers are wary of such unethical practices and need to be informed.
 
Conclusion
> Both national and local level governments have to actively participate in promoting Green friendly products. Policies such as tax benefits,discounts on purchasing and so on will enhance the green product receptivity in the market.
> In countries such as Canada and USA, Eco-Friendly stores are separate and are well promoted. Such a frame work can be adopted in India.
> Consumers can be educated about the processes and materials for manufacturing Fashion products. This awareness will enable them to make informed decisions while shopping.
Thus the Green Trend is here to stay ...
    Sustainable and Ethical Fashion CAN be the Future of Fashion in India. 
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3 Ways to Improve Social Enterprises

India is a country of Sharp contrasts.On one hand one of its richest state Gujarat boasts about its economic turn around,but on the other hand a UN health report reveals that large number of Gujarati women are malnourished. Likewise India is rated as the biggest source of Billionaires in S.E.Asia, by Forbes,yet  around 40% of the total Indian population livebelow poverty lineWhat lacks is a proper framework of development that includes social alleviation policies and social innovations.
 
poverty.jpg
Image- Poverty
Social Enterprise is not new. Vinoba Bhave, the founder of India’s Land Gift Movement, Robert Owen, the founder of cooperative movement and Florence Nightingale, founder of first nursing school and developer of modern nursing practices are few examples of Social entrepreneurship. The issues that social enterprises deal with are social justice, inequality and inclusion,  environment, trade justice and development.
 
Short-Comings of Existing Framework
In the twentieth century Social Enterprise has embraced charities and community organisations.
1.The way social enterprises operate now is often to address the  limitationsof public service provision. Some social enterprises, based on charities, are established to meet needs. 
 
2.The state Governments find it difficult to cope with diversity of needs of users, 
especially niche and specialist needs as consumers have become increasingly aware of their distinct needs and able to voice their demands. Social enterprises are often developed just to cater for needs which the state does not fully meet.
 
3.The state Governments create a culture of paternalism, encouraging a dependency culture.Here Social enterprises  come to see themselves as recipients of solutions delivered to them by professionals rather than participants in creating solutions. 
 

However, Social enterprises should have their own Business values built on a model of self-help that encourages people to be participants in creating solutions for one another. They should mobilise peer-to-peer systems of support, for example, rather than relying on 
professionals. Thus,Government needs a framework for social innovation that improves social outcomes.

 
Strategies to Improve the Framework
 
1. Larger Scale = Greater Impact  
In-order to strengthen the existing Social Enterprises,these businesses should Champion the Economics of Scale.Enterprises should operate at a National level and a become household name.Organizations must find ways of clustering together, helping themselves to form alliances, federations and networks that give them scale. The Grameen Bank has achieved this, first in Bangladesh and then around the world. Grameen is impressive because it operates at scale.
 
2.Social Innovation Platforms = Social Enterprise State

The government should create Social Innovation platforms at Public Level. This will bring together the public sector, private companies and social enterprises to address shared problems and opportunities, such as provision of home- based services for the elderly, to combat social isolation. A shift towards more local governance such as local carbon trusts to drive down CO2 emissions– would create the conditions for much more local social innovation.

3. More Socially Responsible Businesses = More Disruptive Innovation
Developing Goods and Providing services at radically low costs, so as to bring them in reach of poor consumers.
->The Clinton Global Initiative has done something like this with Aids drugs for the poor, by finding a way to eliminate middle men and distributors so as to get the generic versions of drugs more cheaply. 
->Fair-trade producers such as Café Direct have shown how corporate supply chains can be reorganised to provide commodity producers in the developing world with a higher margin. 

 
Conclusion
Thus,Social enterprises can challenge mainstream businesses to operate in more socially responsible ways. Also, they can inspire consumers to demand such products.
 

Bill Gates, the founder of Microsoft, had once said that If you believe that each life has equal value then it is disgusting to learn than some lives are worth saving and some not…We asked “How could the world let these children die?
Bill and Melinda Gates foundation since then has worked  to find approaches that caters to the needs of the poor,and that generates profits for business. 
Some of the recent examples of successful social ventures are -  The Grameen Bank by Muhammad Yunus, Ashoka: The Innovators for the Public by Bill Drayton, Youth United by Jyotindra Nath, Rand De by Ramakrishna and Smita Ram, SKS Microfinance by Vikram Akula and Roozi.com by Nick Reder, Brent Freeman and Norma La Rosa has popularized the term. 
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hello friends 

There is a site where you can find every information related to Neem Tree

http://neemfoundation.org/

The Neem tree is known to one and all !!!

India is known for Neem tree

The neem tree (Azadirachta indica) originates from the Indian subcontinent and now grows in the dry regions of more than 50 tropical countries around the world. The neem tree has multiple uses. It is mentioned in Indian texts written over 2000 years ago and has been used for centuries by local communities in agriculture as an insect and pest repellent, in human and veterinary medicine, toiletries and cosmetics. It is also venerated in the culture, religions and literature of the region.

with  different names it is called in different Indian languages

Hindi              Neem
Bengali           Nim, Nimgachh
Konkani          Beva-rooku
Marathi           Kadunimb
Gujarati          Leemdo
Tamil             Vembu, Vempu
Punjabi           Nimb
Malayalam       Veppu, Aryaveppu, Aruveppu, Kaippan, Veppu, Vepa
Simhalee          Nimu
Oriya              Nimo
Telegu            Vepa
Kannada           Bevinmar, Kahibevu

 

 

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Authorisation Under Hazardous waste Rules

Dear All,

I have an authorisation under HWR 2008 for generation, storage and disposal of hazardous waste at location "A". however, this locationA  is faraway from the actual generation point. So I wanted to store the hazardous waste at Location "B".

As per the HWR 2008 notification, for temporary storing of hazardous waste is also requires authorisation under rule 5. My question is,

1. Do I need  to prepare EIA report and Environmental clearance for this location B. As per the EIA notification, this location B is not common hazardous waste facility.

2. I am only storing the hazardous waste and the waste will be given to approved recycler, so which category this industry will fall?

3. Do I need to apply for consnet to establish and consnet to operate  with polution control board for location B.

Kindly suggest. awaiting for your kind replies.

 

 

 

 

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EIA training programme UNDERSTANDING EIA:FROM SCREENING TO DECISION MAKING

eia.jpg

Environmental Impact Assessment (EIA) is an important tool to inform decision - makers, regulators and stakeholders, about the possible environmental, social and economic costs of the proposed project. To be effective, it requires the active involvement of all concerned stakeholders.

There is a genuine need to develop the capacity of the state-level regulators and state level expert appraisal Committee (SEAC) to screen and scope the EIA process, to conduct transparent public consultations and to evaluate the EIA reports, especially after the new EIA notification. At the same time, there is a need among CBO, NGOs, academicians, and environment managers to review and interpret EIA report, as they are technical in nature.

Centre for Science and Environment recognises this need and has developed a hands-on five-day training programme aimed at giving practical exposure to participants on EIA with specific reference to coal based power plant, cement, pharmaceutical, mining and others. After the programme, the participants shall have:

The programme will cover:

1. Exposure to all aspects of EIA, from its theory to the practical – such as better understanding regarding

  • What data is required, how this data should be collected and interpreted, and significance of the data

  • Effectiveness of the assessment methods

  • What issues should be addressed in the Terms of Reference (TOR)

  • Tools and thumb rules available to evaluate the environmental impact of projects

2. Better understanding of the EIA process – from screening, scoping, data collection to impact assessment as well as the role of public consultation

3. Better understanding of the environmental and social impacts of the industrial and developmental projects

4. Better ability to review EIA reports and identify its strengths and weaknesses

5. Increased ability to play active role in post-EIA monitoring.

SCHEDULE

Course Duration:
Date
: October 29 - November 2, 2012
Venue: CSE, 41, Tughlakabad Institutional Area, New Delhi -110062

Time: 10:00 AM to 5:30 PM daily

Course fee: Rs 9,900 (For industry, environment consultants and regulators) 25% discounts for NGOs, academicians and students)

Last Date for Applying: October 22, 2012

For Registration kindly contact: swati@cseindia.org

OPEN FOR:
NGOs, Regulatory Institutions (such as SPCB, state environment impact assessment authority, Environment Consultants, Students, decision makers and Industries

A certificate of participation will be awarded to all at the end of the programme.

COURSE CONTACT

Swati Singh Sambyal, Industry & Environment Unit
Industry & Environment Unit, Centre for Science and Environment
Tel: + 91-11-29955124/ 6110, Extension: 281, |
Fax: + 91-11-29955879 Mob. No.: +91 9910496283
E-mail: swati@cseindia.org

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CSE’s short-term training programme on SOCIAL IMPACT ASSESSMENT

sia.jpg

Social Impact Assessment (SIA) is an important tool to inform decision makers, regulators and stakeholders, about the possible social and economic impact of a proposed project.

To be effective, it requires the active involvement of all concerned stakeholders. Centre for Science and Environment recognises this need and has developed hands-on three-day training programme aimed at giving practical exposure to participants on SIA with specific reference to deve lopment projects, such as infrastructure, mining and other industrial projects.

The objective of this programme is to build capacity and create awareness among regulators, developers, NGOs and academicians to understand SIA process - Reconnaissance and Baseline Survey, Land Acquisition Survey and Plan (LAP) and Preparation of the Resettlement Action Plan (RAP). The programme also aims at evaluating the SIA report along with the applicable legislations in India.

On completion of the programme the participants will be equipped with:

The programme will cover:

1. Exposure to aspects of SIA, from theory to applications regarding:

  • Understanding the Terms of Reference

  • Data need, data collection, collation and interpretation

  • Development of tools and instruments for conducting SIA survey

  • Effective assessment methodologies

  • Reporting methodologies

2. Integrated approach for addressing SIA and EIA process - from scoping, data collection to impact assessment as well as the role of public consultations

3. Knowledge on review of SIA reports and identification of strengths and weaknesses

4. Post SIA monitoring

5. Procedure for institutional strengthening and capacity building

5. Experience sharing on national and international best practices in SIA

SCHEDULE

Course Duration: October 8-10, 2012

Venue:
CSE, 41, Tughlakabad Institutional Area, New Delhi-110062

Time: 10:00 AM to 5:30 PM daily

Course fee: Rs 8,000(For developers, environment consultants and regulators) 25% discounts for NGOs, academicians and students

Last Date for Applying: October 1, 2012

For Registration kindly contact: swati@cseindia.org

OPEN FOR:
Government officials of Project Executing Departments, Developers, NGOs, CBOs, and Academicians, Students and Industries

A certificate of participation will be awarded to all at the end of the programme.

COURSE CONTACT

Swati Singh Sambyal, Research Associate,
Industry & Environment Unit

Centre for Science and Environment
Tel: + 91-11-29955124/ 6110, Extension: 281, |
Fax: + 91-11-29955879 Mob. No.: +91 9910496283
E-mail: swati@cseindia.org

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Recruitment- Junior Research Fellow

Applications are invited for the position of a Junior Research Fellow (1 post) for a DST sponsored project "Geostatistical Analysis and Mapping of Ground Level Ozone in an Urban Area in India: A Case Study of Ranchi City" at Environmental Science & Engineering Group, Birla Institute of Technology, Mesra, Ranchi-835215

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Gandhamardan: The Bauxite Battleground

At 58, Jambavati Birja of Dunguripali village near Paikmal in Bargarh district of Orissa has a reason to be upset. The news of big companies making their way to dig out bauxite from Gandhamardan hill range has turned into a nightmare for Jambavati and her husband Iswar who have lost almost everything in their fight to save the hill range that is the abode of their God Nrusinghanath. Jambavati is believed to be one of the saviours of Gandhamardan because twenty five years back she stopped heavy earthmovers from mining the bauxite reserves in the belly of the hill by throwing her two sons before the wheels of the trucks and herself calling the heavy vehicles to ride over her.

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Climate change has made the agrarian communities living in coastal, tropical and sub-tropical regions of Odisha its worst victims. The change in the time and amount of rain during the cropping seasons has badly hit the agriculture making it an unviable livelihood option. As a result, the communities’ vulnerability to livelihood loss and food insecurity has increased and Youth of the communities are now forced to migrate as labourers.

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Future of Ecological sanitation

Ecological sanitation will develop only when the government and industry see’s its potential benefit to society. The future of ecological sanitation lies in seeing its potential and investing further in its research, development and infrastructure. We cannot imagine the eco-san systems exist after 50-100yrs from now. With no doubt we can say that it will be much more sophisticated than now. But eco- san principles of containment, pathogen destruction and recycling of nutrients will remain the same because these are biological principles.
Envisage eco- san of the future being applied to various ecological, cultural and population-density conditions using technologies not yet invented or not yet applied to sanitation. We see planners of new towns based on master plans and building designs on ecological principles, including ecological sanitation. We can see existing cities served by old and decayed sewerage systems being retrofitted with ecological sanitation systems. Government and non government agencies have come forward offering eco-san options to rural communities and small towns as conventional approaches based on drop and store or flush and discharge.
Eco-cities and eco towns
From 1950, planners and ordinary citizens have been awakening to live in an ecologically sustainable way. We should consider our local and planetary eco-systems when we modify nature to improve our lives. If we continue on this path of increasing air and water pollution, destruction of natural habitats for varieties of species, we will seal or own doom, for a healthy eco-system which is a fundamental for all life on the planet.
Today awareness is slowly being transformed into action. Pioneers of eco0living concepts are considering how to reduce our dependence upon automobiles, with all their impact on air quality and urban design and living. Now green buildings are creating great interest, it is creating buildings that require less energy to heat, cool and light. Encouraging more green spaces, trees and other plants in urban areas and more forests in agricultural areas to enhance the chance for biodiversity. They are advocating locally- grown food to reduce dependence on food transported by highly polluting fossil fuels.
The most depending eco-san challenge in the coming years is to develop and implement systems for urban areas. Urban population is fast increasing. Can eco-san systems be used to serve this population?? There are examples of eco-san applied to urban areas and densely built up villages, but the projects are small scattered. Urban or rural, the basic eco-san approaches are sanitized and recycle. The technical solution required for multi storey buildings, difficulties of reaching large, fluctuating populations with information, challenges of communal collection system and the need to store, transport and treat large volumes of urine., faeces and greywater on-site or within the nearby.
Can we imagine how eco-san will be adopted after 50yrs for now ??

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