Wednesday, March 27, 2013

Chinese Updates: Tibet glaciers melting due to South Asian pollution: China (25 Mar 2013)

Tibet glaciers melting due to South Asian pollution: China

Tibet glaciers melting due to South Asian pollution: China

PTI | Mar 25, 2013, 02.57 PM IST


BEIJING: About 90 per cent of glaciers in Tibetare shrinking because of black carbon pollution"transferred from South Asia" to the ecologicallyfragile Tibetan plateau, a Chinese scientist has warned.

Known as the Roof of the World, the Tibetan Plateau concerns the interests of the surrounding countries and regions, covers more than five million square kilometres and has an average altitude of more than 4,000 metres.

Like Antarctica and the Arctic, the Third Pole is drawing increased attention from the international academic community, but the results of former international studies in this area are inconsistent, Yao Tandong, director of the Chinese Academy of Sciences' Institute of Tibetan Plateau Research said.

The area has the largest number of glaciers outside the polar region and exerts a direct influence on the social and economic development of some of the most densely populated regions on earth, including China and India.

The glaciers are at the headwaters of many prominent Asian rivers.

Influenced by global warming, its alpine glaciers have seen drastic changes in recent years, such as thinning and shrinkage, which pose potential geological hazards to people both on and around the plateau.

Ongoing research over more than 30 years has also given scientists a new understanding of pollution on the Tibetan Plateau, Yao said claiming that most of the pollutants were coming from South Asia.

Latest investigations now show that black carbon generated from industrial production in South Asia is being taken to the Tibetan Plateau by the Indian monsoon in spring and summer, he said in a report in state-run China Daily.

"The accumulation of black carbon on the plateau will accelerate the shrinking of glaciers, bringing with it persistent organic pollutants that will be deposited in the soil" he said.

An investigation using topographic maps and satellite images revealed the retreat of 82 glaciers, area reduction by 7,090 glaciers and the mass-balance change of 15 glaciers, the Daily report said.

"Systematic differences in glacier status are apparent from region to region, with the most pronounced shrinkage in the Himalayas, the south eastern part of the region. Some of the glaciers there are very likely to disappear by 2030," Yao said.

"The shrinkage generally decreases from the Himalayas to the continental interior and is smallest in the western part. Some glaciers there are even growing," he said.

He said changes in the glaciers will be accelerated if the planet continues to warm.

Potential consequences would be unsustainable water supplies from major rivers and geo-hazards, such as glacier lake expansion and flooding, which could threaten the well-being of people downstream.

Source: 

Indian Updates: Vehicles the biggest polluters (27 Mar 2013)

Vehicles the biggest polluters


Vehicles the biggest polluters

TNN | Mar 27, 2013, 05.02 AM IST


COIMBATORE: The biggest pollutant in key southern cities is transport with increasing vehicles and limited road space, says a study conducted by New Delhi-based Centre for Science and Environment (CSE) based on data sourced from Central Pollution Control Board. In Coimbatore and Salem, vehicles contribute a substantial part of particulate and nitrogen oxide levels in the air. Carbon emission and clogged traffic are the two major culprits of reduced air quality.

Industrial units, power plants and power generators also add to the pollution. However, the increasing number of vehicles plying the road which do not comply with the emission standards poses the biggest threat. Our studies assume that cities like Chennai are far behind in terms of air pollution because of the availability of higher quality fuel and vehicles with better emission standards. The same companies have different standards for metros and tier two cities," says Anumita Roychoudhary of CSE, who supervised the study.

Nitrogen dioxide is a serious air pollutant because it contributes to the formation of photochemical smog, which can have significant impact on health. The major source of nitrogen dioxide is the burning of fossil fuels: coal, oil and gas. Most of the nitrogen dioxide in cities comes from motor vehicle exhaust (about 80%). Other sources of nitrogen dioxide are petrol and metal refining, electricity generation from coal-fired power stations, other manufacturing industries and food processing,'' points out Anumita.

High levels of nitrogen dioxide increases the likelihood of respiratory diseases. Nitrogen dioxide inflames the lining of the lungs and reduces immunity to lung infections. This can cause problems such as wheezing, coughing, colds, flu and bronchitis. Increased levels of nitrogen dioxide can have significant impacts on people with asthma because it can cause more frequent and intense attacks. Children with asthma and senior citizens with heart disease are most at risk,'' she adds.

Encouraging car pools, cycling or walking to work include some measures that will bring down the pollution levels, apart from strengthening the public transport system. "The government too must play its part. Implementing national fuel quality standards, tighter vehicle emission standards, developing a National Environment Protection Measure for diesel, improving in-service performance of diesel vehicles and developing and promoting alternative fuels can be taken up by the union government,'' she says

Coimbatore and Salem are facing challenges not just from NO2 pollution but also from high particulate pollution (PM 10). To make matters worse, the PM10 levels have risen during the last three years. The contributors to PM10 are combustion of fossil fuels, forest and stubble fires, mechanical wear and tear of vehicle parts, smoke, dirt and dust from factories, farming, and roads.

It's high time we implement mass rapid transport system. Only a strong public transport system can bring down number of vehicles on the road which in turn will reduce pollution levels," says K Kathirmathiyon of Coimbatore Consumer Cause.

Source: 

New Book: Our Nutrient World: The challenge to produce more food and energy with less pollution by Sutton, M.A. and co-authors (2013)

Our Nutrient World: The challenge to produce more food and energy with less pollution

UNEP 2013
Price: USD $40.00
Binding: Paperback 122 Pages
Stock Number: 4051
ISBN: 9781906698409
Publication Type = Book
Author: Sutton, M.A. and co-authors.


Global Overview on Nutrient Management, prepared by the Global Partnership on Nutrient Management in collaboration with the International Nitrogen Initiative

This report draws attention to the multiple benefits and threats of human nutrient use. It highlights how nitrogen and phosphorus fertilizers are estimated to feed half the human population alive today, and how they will remain critical in the future, especially given increasing population and potential bioenergy needs. Yet high nutrient use has created a web of pollution affecting the environment and human health, while insufficient access to nutrients has led to soil degradation, causing food insecurity and exacerbating loss of natural ecosystems. The report shows how these problems cross all global change challenges, threatening water, air and soil quality, climate balance, stratospheric ozone and biodiversity.

The risk of depleting global phosphorus sources over the next century is examined and concluded to be much less than suggested by some previous publications. Remaining risks concern the distribution of available nutrient reserves and the long-term needs of humanity (including for potassium, zinc and other nutrients), all of which support the environmental and food-security case for better nutrient stewardship.

Ten key actions are identified that would help maximize nutrient benefits for humanity, while minimizing the many threats. Improving nutrient use efficiency across the full supply chain is identified as a shared challenge for all countries that links these key actions, while contributing to the Green Economy.

Examples of current national and regional nutrient policies are illustrated showing many positive actions. However, it is concluded that a more joined-up approach addressing the ‘Nutrient Nexus’ would be expected to deliver substantial synergies, motivating common action while minimizing trade-offs.

The report highlights that there is still no intergovernmental framework to address the multiple challenges for nitrogen, phosphorus and other nutrients. A blueprint for such a framework is outlined, considering the institutional options. The potential for net economic benefits is illustrated by estimating the consequences of meeting a common aspirational goal to improve nutrient use efficiency by 20% by the year 2020.

Publication: Green Carbon, Black Trade: Illegal logging, tax fraud and laundering in the world's tropical forests by UNEP (2012)


United Nations Environment Programme (UNEP) logo

Green Carbon, Black Trade: Illegal logging, tax fraud and laundering in the world's tropical forests

This report Green Carbon, Black Trade by UNEP and INTERPOL focuses on illegal logging and its impacts on the lives and livelihoods of often some of the poorest people in the world set aside the environmental damage. It underlines how criminals are combining old fashioned methods such as bribes with high tech methods such as computer hacking of government web sites to obtain transportation and other permits. The report spotlights the increasingly sophisticated tactics being deployed to launder illegal logs through a web of palm oil plantations, road networks and saw mills.


Year of Publication: 2012
Author: UNEP
ISBN No: 978-82-7701-102-8
Price US $: -
Stock Number: -
PDF Available at: Green Carbon, Black Trade: Illegal logging, tax fraud and laundering in the world's tropical forests
Number of Pages: 72

For more information: 
http://www.unep.org/publications/contents/pub_details_search.asp?ID=6276

Publication: UNU-IAS Working Paper No. 171 Co-Benefits of Green Buildings and the Opportunities and Barriers Regarding their Promotion by Osman Balaban (Mar 2013)












UNU-IAS Working Paper No. 171


Co-Benefits of Green Buildings and the Opportunities and Barriers Regarding their Promotion

Author: Osman Balaban


Abstract
The lifecycle of a building usually results in significant amounts of energy and resource consumption as well as considerable environmental footprints. In almost every country, buildings are among the major sources of CO2 emissions, waste generation and water consumption. The concept of green buildings, which is based on the application of sustainability principles to building design, construction and management processes, is a recent response to reduce the overall impacts of buildings on natural environment. Although there has been important progress in development of the green buildings concept, implementation of it is not widespread yet. In both developed and developing countries, the greening of buildings has not taken place on a wider scale, owing to significant challenges. In this respect, further research is required to develop the conceptual and especially the practical underpinnings of green buildings.

In view of this background, the main purpose of this working paper is to understand the environmental benefits of green buildings as well as the opportunities and barriers regarding their promotion. In particular, based on a case study in Tokyo and Yokohama, this paper (a) discusses the most common green technologies and measures used in the Japanese building sector, (b) quantifies the major environmental benefits of the case study buildings, and (c)highlights the opportunities and barriers to promote the construction of green buildings in Japanese cities.

To download the full paper: http://www.ias.unu.edu/sub_page.aspx?catID=7&ddlID=196

Taiwanese Updates: 城市煉「金」術 環保署舉辦回收處理研發成果發表 (25 Mar 2013)


城市煉「金」術 環保署舉辦回收處理研發成果發表
提供單位:行政院環境保護署基管會
發布日期:2013.03.25

新聞圖片
環保署102年3月25日下午於集思台大會議中心舉辦「應回收廢棄物回收處理創新研發成果發表會」,以「產品高值化-廢容器回收二次料改質應用」與「城市採礦-應回收廢棄物中金屬與玻璃之回收處理與再利用」為主題,發表該署101年補助創新研發計畫的研發成果,吸引產官學研各界人士參與。 

環保署沈世宏署長在致詞時表示:「資源循環零廢棄」是環保署施政的五大策略主軸之一,在廢棄物減量、廢棄資源物妥善回收、處理之後,對資源物再利用技術發展與再生料產品高質化趨勢的探討,是下一個重要的里程。 

高雄第一科技大學樊國恕副校長與台北科技大學工程學院張添晉院長在引言時也指出:政府訂定資源回收相關法規與管理制度,目的就在引導物質使用能形成資源循環。發表會中所展現的成果,無論是從廢螢光粉、廢PCB板或廢乾電池中,經過所研究的產製技術,獲得可應用於化工、觸媒、磁性材料等領域的再生原料,或是從廢鋁箔紙盒、廢塑膠容器中,透過製程調整與改質過程,生產出具低碳排放優點的高值二次料,應用於公園椅、3C產品外殼等產品,未來都能成為靜脈產業循環的鏈結,減少原生物料的開採使用,成為資源永續循環利用的多元助力。 

環保署表示,藉由發表會的交流,除了激勵研發議題的創新發展,更期望能媒合產學合作的意願,拓展產品市場化的契機,希望研發計畫補助,能帶動應回收廢棄物產業轉型,朝產業精緻化、高值化及科技化之目標邁進。 

成果發表會相關會議資料,可至環保署資源回收網 (網址:http://recycle.epa.gov.tw/)查詢下載。