Showing posts with label natural resources. Show all posts
Showing posts with label natural resources. Show all posts

Friday, January 24, 2014

Publication: Managing Forests As A Renewable Asset For Present And Future Generations: Verifying Legal Compliance In Forestry In Papua New Guinea (Jan 2014)

Managing forests as a renewable asset for present and future generations: Verifying legal compliance in forestry in Papua New Guinea

Managing Forests As A Renewable Asset For Present And Future Generations: Verifying Legal Compliance In Forestry In Papua New Guinea

Author: SCHEYVENS Henry and LOPEZ-CASERO Federico
Policy Report / Research Report | 2013/11 | Language: English
Publisher: IGES | Copyright: IGES | Page No./Total No. of Pages: 134.

This report aims to contribute to the management of PNG’s forests as a renewable natural asset for the collective benefit of all Papua New Guineans. It argues that to achieve these ends, illegalities in the forest sector need serious attention. The report aims to (i) provide a review of the illegal logging issue in PNG, (ii) identify the potential legality risks that are associated with unverified PNG timber, (iii) set out options for mitigating these risks, and (iv) provide an update on the development and uptake of legality and sustainability standards in PNG.

The potential legality risks of unverified PNG export timber identified in this and earlier reports are associated with failures to follow the required processes in the acquisition, allocation and extension of timber rights; shortcomings in compliance with regulations and guidelines in the conduct of forestry operations and in fulfilment of project agreements; and failure to follow the prescribed processes in the authorisation of SABLs, which are now a significant source of PNG export timber.

In terms of risk mitigation strategies, buyers should avoid clearly illegal and high risk timber, such as species banned from export and logs from unauthorised or suspended operations, as well as avoid relationships with timber businesses that have been prosecuted for serious illegal activities. Timber from Forest Clearance Authorities granted under SABLs should also be avoided (unless considerable proof of legal compliance can be provided) until the Government has concluded its investigation and put in place a comprehensive response to the problems identified.

Download:File nameSize
IGES-PNG_Legality_03-12-2013.pdf4.7 MB
Area:Natural Resources and Ecosystem Services
Task:Forest Conservation
Tag:Policy Report
Region:Papua New Guinea

source from: http://pub.iges.or.jp/modules/envirolib/view.php?docid=4809

Wednesday, November 13, 2013

China News: Family planning eases China's environmental pressure (12 Nov 2013)

Family planning eases China's environmental pressure
2013-11-12
Article type: Redistributed
China's family planning policy has helped ease constraints on resources and environmental pressure, Mao Qun'an, National Health and Family Planning Commission spokesman, told a press conference Monday.

He said the policy had contained the rapidly swelling population. The country's birth rate dwindled from 33.4 to 12.1 per thousand from 1970 to 2012.

Last year, the population of new borns stood at 16.35 million, with an increase of 6.69 million from 2011, according to Mao.

Without the policy, Mao estimated, China today might have to support a population of 1.7 to 1.8 billion, and per capita ownership of resources, including arable land, grain, forests, drinking water and energy, would be 20 percent less than what it is today.

If that was case, resource and environment capacity would not be able to support rapid economic development, Mao said.

In the late 1970s, China introduced its family planning policy to rein in population growth by limiting most urban couples to one child and most rural couples to two children, if the first was a girl.

The policy was later relaxed, with the current rule stipulating that to have a second child, both parents must be only children.

Sunday, September 29, 2013

Chinese Updates: Beijing Plans Gas-fired Future to Solve Problem (28 Sep 2013)


Beijing Plans Gas-fired Future to Solve Problem (Sep. 28, 2013)
By Jiang Xueqing and Wu Wencong (China Daily)

China will reduce its consumption of coal and gradually increase the use of natural gas during the next few years, according to the Airborne Pollution Prevention and Control Action Plan (2013-17), which was released by the State Council on Thursday.

Total energy consumption is measured in tons of coal, irrespective of the method of generation. In 2011, China's total energy consumption was 3.48 billion metric tons of coal, out of which coal consumption contributed 68.4 percent, while natural gas contributed just 5 percent, according to the National Bureau of Statistics.

In 2012, the country consumed nearly 2.5 billion tons of coal, more than all other countries combined, according to the Ministry of Environmental Protection.

The central government has decided to reduce the amount of coal being burned to less than 65 percent of total energy consumption by 2017, while consumption of natural gas will rise to 7.5 percent of the total by 2015.

The country will employ a number of measures to achieve the reduction in coal use, including increasing the use of non-fossil energy. Coal consumption is expected to decline in areas such as the Beijing-Tianjin-Hebei cluster, the Yangtze River Delta region and the Pearl River Delta region, often known as the "three key districts".

Supplies of natural gas, coal gas and coalbed methane will also be increased. Between 2011 and 2015, 44,000 kilometers of natural gas pipelines will be built, raising the annual receiving capacity of coastal-based liquefied natural gas terminals by more than 50 million tons, according to the 12th Five-Year Plan on Energy Development (2011-15).

Natural gas pipeline capacity will rise by 150 billion cubic meters by 2015, covering the three key districts, and urban residents will have priority use of the power generated by the newly added supply.

China's huge coal consumption has resulted in serious air pollution. In Beijing, coal use contributed about 20 percent of a primary pollutant called PM2.5 - particles up to 2.5 microns in diameter, small enough to enter the lungs and blood stream. However, that figure rises to approximately 30 percent if emissions of sulfur dioxide and nitrogen oxide - which can produce PM2.5 during the burning process - are taken into consideration, said Jiang Kejun, senior researcher at the Energy Research Institute of the National Reform and Development Commission.

About 50 percent of the coal burned in China is used for homes, small-capacity boilers and small businesses, according to Chai Fahe, vice-president of the Chinese Research Academy of Environmental Sciences.

"These pollution sources are always close to the ground, and have very poor pollution-control technologies," he said.

Chai emphasized the importance of "efficiency control", or the way the coal is burned, in addition to controlling the total amount of fuel being burned.

Some environmental scientists and industry experts have suggested that the current price of coal - which averaged 565 yuan ($94) to 575 yuan per ton of thermal coal with a calorific value of 5,500 kcal/kg at Qinhuangdao Port by the end of July - is too low and doesn't include the costs of reducing carbon dioxide emissions, controlling air pollution and restoring public health.

As air pollution has become a serious problem in China, and attracted unwelcome attention worldwide, it's inevitable that coal will be replaced by natural gas. However, the low price means major State-owned oil companies are unenthusiastic about exploring for natural gas, said Yang Fuqiang, senior advisor on climate and energy at the Natural Resources Defense Council.

For example, it costs 3.5 yuan per cubic meter to import natural gas from Central Asia to gas stations in Beijing, but the stations can only sell the gas to residents at a government-regulated price of 2.05 yuan per cu m. The loss of 1.45 yuan per cu m is covered by government subsidies, according to Yang.

"Low prices have become a key impediment to the exploration of natural gas. Who would want to invest when it's so difficult to cover the costs?" he said.

Supplying natural gas requires huge front-end investment for large-scale pipeline construction, and costs will increase as the sources of gas become more diversified, especially with the development of unconventional gases, said Zhou Dadi, vice-chairman of the China Energy Research Society.

He said the most significant bottleneck to the supply of natural gas is infrastructure construction, which has failed to keep pace with the rising demand for the fuel.

"This problem has led to a situation where anyone who invests will lose money," said Zhou.
Chen Weidong, chief energy scientist at the Energy Economics Institute of China National Offshore Oil Corp, said he learned from China National Petroleum Corporation that it loses an average 1.4 yuan on every cubic meter of natural gas it imports from Central Asia and an average 2 yuan on every cubic meter of liquefied natural gas.

Although imported natural gas loses money and domestically produced natural gas makes minimal profit, oil rakes in huge profits. It costs less than $50 on average to produce a barrel of oil in China, but each barrel sells at $100, said Chen.

"If the government could raise the price of natural gas to make it profitable, oil companies would increase their efforts to explore for it," he said, adding that China lags behind Western countries in terms of the strategic development of natural gas.

To ensure supplies of natural gas and promote energy saving and the reduction of emissions, the National Development and Reform Commission increased the wholesale price of natural gas for non-residential users from July 10. At gate stations, where trunk pipelines connect with local gas distribution networks, the average price of natural gas rose by 15 percent to 1.95 yuan per cubic meter.

However, the operators of some thermal power plants are worried that the costs of raw materials, facilities and operations will increase significantly when they replace their current coal-fired power- and heat-generating units with natural gas-fired ones.

"It costs 25 yuan per gigajoule to generate heat by burning coal, but almost 70 yuan by burning natural gas. We certainly cannot afford such a big hike in costs. Either the government or the public will have to pay for the transformation," said Du Chengzhang, vice-president of Huaneng Beijing Thermal Power Plant.

Similarly, the fuel cost of generating electricity will also rise to more than 0.4 yuan per kilowatt-hour from 0.25 yuan, excluding expenditure on water, labor and facilities, he added.

According to estimates provided by Du and his colleagues, Beijing's municipal government will have to provide the plant with subsidies of 700 to 800 million yuan per year just to keep it running once it switches to gas-fired power generation units.

"Beginning last year, we paid just 68 percent of the cost of natural gas to Beijing Gas Group. Otherwise, our plant would have closed," he said.

Last winter, the plant sold heat produced by coal-fired units to the local thermal power group for 33 yuan per gigajoule, while heat produced using gas sold for 79 yuan. When the plant jettisons its coal-fired power generating units in 2016, the price it charges for on-grid electricity will rise to 0.63 yuan per kWh from 0.49 yuan. In the end, the prices of electricity and heating for residential users will rise for sure, he said.

"Reform of the price of natural gas is not a one-step process. On the contrary, it should move forward in small, quick steps to avoid damaging sustainable consumption," said energy scientist Chen Weidong.

In the long run, as the pipeline network is expanded to cover more regions, steep rises in the cost of natural gas will cease, according to Zhou of the China Energy Research Society.

"It's just that for now, the cost must rise to allow industry to develop, but it will reach a balanced stage later on. Then we will be able to discuss the possibility of lowering the cost," he said.

Zhao Xu contributed to this story.

Sunday, September 15, 2013

New Books: Environmental Economics and Natural Resource Management 4th Edition By David Anderson (15 Sep 2013)

Environmental Economics and Natural Resource Management

4th Edition

By David Anderson

Routledge – 2013 – 430 pages
Descriptions:
The tools of environmental economics guide policymakers as they weigh development against nature, present against future, and certain benefits against uncertain consequences. From reluctant-but-necessary calculations of the value of life, to quandaries over profits at the environment’s expense, the policies and research findings explained in this textbook are relevant to decisions made daily by individuals, firms, and governments.
The fourth edition of Environmental Economics and Natural Resource Management pairs the user-friendly approaches of the previous editions with the latest developments in the field. A story-based narrative delivers clear, concise coverage of contemporary policy initiatives. To promote environmental and economic literacy, we have added even more visual aids, including color photographs and diagrams unmatched in other texts. Ancillaries include an Instructor’s Guide with answers to all of the practice problems and downloadable slides of figures and tables from the book.
Contents:
  1. The Big Picture
  2. Efficiency and Choice 
  3. Market Failure 
  4. The Role of Government
  5. Trade-Offs and the Economy
  6. Environmental Quality 
  7. Energy 
  8. Sustainability 
  9. Population, Poverty and Economic Growth 
  10. Biodiversity and Valuation 
  11. International and Global Issues 
  12. Perspectives on Environmental Policy 
  13. Natural Resource Management: Renewable Resources 
  14. Natural Resource Management: Depletable and Replenishable Resources 
  15. Environmentral Dispute Resolution 
  16. Morals and Motivation

Sunday, September 8, 2013

Publications: Rice Trade and Price Volatility: Implications on ASEAN and Global Food Security by ADB (Sep 2013)

Rice Trade and Price Volatility: Implications on ASEAN and Global Food Security

Date:September 2013
Type:Papers and Briefs
Subject:
Series:Economics Working Papers
ISSN:1655-5252 (print)


Description
This paper highlights the thinness of rice trade relative to wheat and maize, and the contrasting price volatility and tradability relations for wheat and maize, which display a positive correlation, and for rice, which show an inverse relation. The paper focuses on Southeast Asia, which hosts the world’s biggest rice exporters and rice importers. Using the Granger causality tests to determine correlation, the analysis concludes that very low global trading activity in rice that tends to self-perpetuate its dampening effect on trade does not cause extreme rice price volatility in the region, but the other way around. Rice-importing countries appear to resort to self-sufficiency measures as insurance to compensate for the high risks of unreliable rice supply and unaffordable rice prices. What would it take for countries to regain their confidence in external rice trade? The Association of Southeast Asian Nations Integrated Food Security Program provides a menu of policies for reducing and managing the chances of excessive rice price volatility.
Contents
  • Abstract
  • Introduction
  • Profile of Output and Trade in Selected Cereals
  • Tradability and Price Volatility of Cereals
  • Self-Perpetuating Cycle: Thin Trade in Rice
  • Giving Trade a Chance through Regional Actions
  • Conclusion
  • References

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Publications: Poverty and Food Security in India by ADB (Sep 2013)

Poverty and Food Security in India

Date:September 2013
Type:Papers and Briefs
Country:
Subject:
Series:Economics Working Papers
ISSN:1655-5252 (print)

Description
This paper is an attempt to analyze the impact of two of India’s largest food security interventions—the Public Distribution System (PDS) and the Mid Day Meal Scheme (MDM)—on poverty outcomes and on nutritional intake. This paper offers a simple methodology to take into account the impact of food-based transfers by including the implicit transfers from these schemes along with generating consumption expenditure estimates consistent with the transfers.
The preliminary analysis shows the significant impact of the PDS and MDM in terms of poverty reduction and calorie intake. While there are large variations across states, the analysis shows that the schemes have not only improved efficiency in the last 2 decades but have also contributed significantly to poverty reduction. Almost half of the poverty reduction in the distribution-sensitive measures such as the squared poverty gap between 2004–2005 and 2009–2010 is explained by the improved efficiency and coverage of these schemes. There is also evidence that the functioning of these schemes, particularly the PDS, has improved in recent years. This is particularly true in states that have followed a universal or quasi-universal coverage along with low cereal prices.
Contents
  • Abstract
  • Introduction 
  • Background
  • Food-based Transfers and Poverty Estimates
  • A Decomposition Exercise
  • Is the PDS Efficient?
  • Conclusion
  • Appendix
  • References

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Monday, August 19, 2013

Vietnamese Updates: Impacts of climate change on natual resources in Vietnam (15 Aug 2013)


Impacts of climate change on natural resources in Vietnam 
Thứ năm, ngày 15 tháng 08 năm 2013 cập nhật lúc 00:15


Land resources: Natural land area of ​​Vietnam ranks 59th out of 200 countries and territories and the natural land area per capita is extremely low (0.38 ha). Meanwhile, the area of ​​agricultural land per capita is 0.07 ha. Vietnam’s Land resources are rich in species, including 62 types of land in the 14 groups distributed throughout the regions of the country.

Agricultural land area in Vietnam is  26 226 hectares, accounting for 79.24% of the area of ​​natural land, of which agricultural land takes up 10,126 thousand hectares, forest land 15,366 hectares, aquaculture land 690,000 hectares and land for other agricultural purposes  26 thousand hectares, respectively. The area of non-agricultural land is 3,705 hectares, accounting for 11.20%, including 684 thousand hectares of residential land, 1,824 hectares of specialized land and 1,198 hectares of other non-agricultural land. Unused land area, which accounts for 9.56% of the natural land, takes up 3,164 hectares including 237 thousand hectares of flat land and 2,633 thousand ha of hilly land. With an increase of 1 meter of sea level caused by climate change, approximately 38.29% of the area of ​​natural land and 32.16% of agricultural land in 10 provinces in the Mekong Delta and Ho Chi Minh City will be flooded in salt water, 7.6 million tons of rice / year, ie 40% of total rice production of the area, will lost; many coastal land strips will erode into the sea and sea water spilled into the coastal plains will alter soil cultivation and thousands of hectares of land area will be submerged in salt water. Beside, climate change will also cause floods, devastated forests, landslides, resulting in bare hills, water shortage and wilderness... Consequently, Vietnam will be at a risk of facing severe food shortage.

Mineral Resources: The categories of mineral resources in Vietnam are relatively diverse. Some types of mineral including oil and gas, bauxite, titanium, coal, rare earth have significant reserves and potential to be developed into industries. The basic geological investigation and mapping of minerals of Vietnam with a scale of 1: 50,000 have only covered nearly 60% of the land area, with a depth of 100m and mainly in the scale of 1: 50,000 of ​​sea water to a depth of 100m. Therefore, so far it has been unable to estimate the potential mineral resources of the country thoroughly. Rising sea levels and storms will bring about difficulties and might engulf the mining industry.
Renewable energy: Vietnam has the substantial potential of renewable energy, especially wind, solar, geothermal, hydro energy, etc. Currently, Vietnam's hydropower contributes about 11.23% of the total primary energy and 14.3% of total final energy of the country. Small hydropower plants can reach 7,000 MW. Droughts and floods might destroy dams, deplete water in streams and rivers, which will lead to a fact that hydro-electric plants will not be able to operate.

Water Resources: There are 3,450 streams and rivers in Vietnam with the length of 10 km or more, including 206 trans-national water resources with the total average annual surface water of about 830 billion m3, which mainly flow through big rivers. The total potential reserve of underground water is about 63 billion m3 per year and distributed mainly in the plain and highland regions. The Water Resource in Vietnam unevenly distributed in space and time in the year. It is droughts which led to local and occasional large scale-water shortage in some areas.

Forest resources: in 2011, Vietnam's forest area is 13,515,064 ha (coverage: 39.7%), including 10,285,383 ha of natural forests (76.1%), plantation 3,229,681 hectares (23.9%). Nevertheless, the area of ​​primary forest has been on a severe decline and the insignificant amount left mostly concentrated in natural protection and conservation areas. Almost all current natural forests are of degraded forests. Mangrove forest area was reduced by more than half in the last decade and continues to decline.

Aquatic resources: In the waters of Vietnam, about 11,000 species that reside in more than 20 types of typical ecosystems have been detected. Of the total number of discovered species, about 6,000 ones are bottom feeders, 2,038 fishes, including 100 economic species, 653 algae, 657 types of zooplankton, 537 types of phytoplankton, 94 mangrove plants species, 225 species of shrimp, 14 species of seaweed, 15 species of snakes, 12 species of mammals, 5 species of turtles, 43 species of waterfowls. Valuable aquaculture reserve of Vietnam is estimated at about 3.5 million tons. When the temperature rises, affecting aquaculture, many sea creatures might die and many species of freshwater species will have to suffer the loss of habitat due to rising sea level. Floods, cyclones and storm caused severe damage to fishing activities at sea as well as on rivers and lakes...

                                                                                  LE MAI