Skip to main content

China destroys 6.1 tonnes of confiscated ivory

Latest effort to discourage illegal trade

Officers stand guard as confiscated ivory is destroyed in Dongguan, southern Guangdong, China, on Monday.— Photo: AP
Officers stand guard as confiscated ivory is destroyed in Dongguan, southern Guangdong, China, on Monday.— Photo: AP
In an unprecedented move, China on Monday publicly destroyed 6.1 tonnes of confiscated ivory to shed its image as the world’s biggest market for smuggled elephant tusks and discourage illegal trade and poaching.

The public event was held in Dongguan city of the booming Guangdong Province in southern China, considered a key area where illegal trade of ivory is widely reported.
The event, the first public ivory destruction in China, was the country’s latest effort to discourage illegal ivory trade, protect wildlife and raise public awareness, state-run Xinhua news agency reported.
Raw tusks and carved ivory pieces, which the government has seized over the years, were dumped into two crushers, the report said, on the event held by the State Forestry Administration and the General Administration of Customs.
China’s move came two months after the United States destroyed its stockpile of ivory for the first time in 25 years of collecting items sold in the illegal ivory trade.
Conservation groups have been saying that China, which has a vast middle class with growing spending power, is the world’s biggest market for ivory.
The international ivory trade was banned in 1989, but black markets still thrive in parts of the world, and poachers kill an estimated 96 elephants in Africa a day to obtain their tusks, according to the Wildlife Conservation Society.
Increasing demand for ivory is fuelling a brutal slaughter of African elephants.
In 2012 alone, some 35,000 were killed, the WCS said in a recent statement. — PTI

Comments

Popular posts from this blog

What's ailing Namami Gange programme?(DTE)

Winters are extremely hectic for Sushma Patel, a vegetable grower in Uttar Pradesh’s Chunar town. Her farm is in the fertile plains of Ganga where people grow three crops a year. But this is the only season when she can grow vegetables. And before that, she needs to manually dig out shreds of plastic and wrappers from her one-hectare (ha) farm. “This is all because of the nullah,” she says, pointing at an open drain that runs through her field, carrying sewage from the neighbourhood to the Ganga. “Every monsoon, the drain overflows and inundates the field with a thick, black sludge and plastic debris. We cannot even go near the field as the stench of sewage fills the air,” she says. But Patel has no one to complain to as this is the way of life for most people in this ancient town. About 70 per cent of the people in Chunar depend on toilets that have on-site sanitation, such as septic tanks and pits. In the absence of a proper disposal or management system, people simply dump the faec...

High dose of Vitamin C and B3 can kill colon cancer cells: study (downtoearth)

In a first, a team of researchers has found that high doses of Vitamin C and niacin or Vitamin B3 can kill cancer stem cells. A study published in Cell Biology International showed the opposing effects of low and high dose of vitamin C and vitamin B3 on colon cancer stem cells. Led by Bipasha Bose and Sudheer Shenoy, the team found that while low doses (5-25 micromolar) of Vitamin C and B3 proliferate colon cancer stem cells, high doses (100 to 1,000 micromolar) killed cancer stem cells. Such high doses of vitamins can only be achieved through intravenous injections in colon cancer patients. The third leading cause of cancer deaths worldwide, colon cancer can be prevented by an intake of dietary fibre and lifestyle changes. While the next step of the researchers is to delineate the mechanisms involved in such opposing effects, they also hope to establish a therapeutic dose of Vitamin C and B3 for colon cancer stem cell therapy. “If the therapeutic dose gets validated under in vivo...

"ISRO has capabilities to build geostationary satellites for air quality monitoring” (downtoearth)

Pawan Gupta's findings on trans-boundary movement of pollution (Punjab to Delhi) from biomass burning in 2015 spurred debates. He participated in discussions with Indian regulators early September at the Better Air Quality Conference in Busan on the advantages of using satellite data for air quality monitoring. He explains to Down to Earth how air quality monitoring is done using satellite data. How is satellite data used to measure air pollution? Satellites that provide information on atmospheric pollutants are normally (not always) in the low earth orbits (400-1000 km above the Earth’s surface). A single satellite can carry one or more remote sensing instruments onboard that look down to earth and obtain information about the object in the field of view of satellite sensor. The Earth receives electromagnetic radiation from the sun, which travels through space and reaches the earth-atmosphere system. The radiation then interacts with the Earth’s atmosphere and the surface...