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International Mountain Day: Knowledge of street-smart Folk who live in Mountains, if combined with Research can develop effective responses to Climate Change

The Hindu Kush Himalayan region extends 3,500 km over all or part of eight countries and is the source of 10 large Asian river systems

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Representational image. Pixabay

Shimla, December 11, 2016: The knowledge of street-smart folk who live in the mountains, combined with research, can work together to develop effective responses to climate change and its impact on ecosystems and livelihoods, experts say.

There is potential to mobilise traditional knowledge to provide place-based evidence on climate change and its impact on ecosystems and livelihoods, said researchers Nawraj Pradhan and Abhimanyu Pandey of the Kathmandu-based International Centre for Integrated Mountain Development (ICIMOD).

Similarly, local knowledge and research could work together to develop effective responses that sustain biological and cultural diversity for adaptation in future.

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“If managed well, various facets of tangible and intangible cultural heritage can be long-term assets. They can represent an innovative way of achieving sustainable development goals and, as such, produce better livelihoods, food and water security, and effective climate change mitigation efforts,” they said in a report, “Mountain Cultures: Celebrating Diversity and Strengthening Identity for Years”.

Pradhan is Associate Coordinator with Kailash Sacred landscape Conservation and Development Initiative, while Pandey is Cultural Services Analyst in the livelihood Theme.
The Paris Agreement of December 2015 recognises that adaptation actions should follow a “participatory and fully transparent approach, taking into consideration vulnerable communities and ecosystems”.

Mountains cover nearly 27 percent of the world’s land surface and directly support 22 percent of the world’s people. They serve as water towers to the world, providing for the freshwater needs of more than half of humanity.

The Hindu Kush Himalayas are one of the world’s most diverse mountains systems, spanning 4.3 million sq. km. of land across eight countries — from Afghanistan to Myanmar.

Over millennia, communities in these landscapes have maintained a close relationship with the natural resources and surroundings that provide their livelihoods.

The researchers said the mountains were not studied as cohesive systems, but in recent decades, research is providing a more holistic understanding of mountain environments, and how they contribute to overall human well-being in the context of social, economic and environmental changes.

The Hindu Kush Himalayas present some of the most austere geo-climatic conditions in the world, encompassing the barren wilds of the Tibetan Plateau, the cold semi-arid zones of northern Pakistan and Afghanistan, and the sweltering rainforests of northeastern India and Myanmar.

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Such diverse climate, however, has not deterred vast migrations, interactions and evolution of human communities in the Hindu Kush Himalayas over the course of history.

Until recently, said the researchers, traditional knowledge and practices provided the basis for the well-being and livelihood of indigenous mountain communities.

Consequently, mountain communities enjoyed an intangible, even spiritual, connection to the elements of nature. However, in recent decades, global media connectivity and the inclusion of once far-distant regions into national planning has ushered in the forces of globalisation, consumerism and, often, top-down governance regimes.

This has accelerated the pace of change in the Hindu Kush Himalayas, often upsetting the particularities of the mountains and their socio-ecological balance.

Of course, not all the change has been negative. Modern advances in healthcare, education and economic opportunity have improved mountain livelihoods and often worked to dissipate some oppressive traditional socio-economic hierarchies.

However, these advances have also caused some ruptures in traditional community fabrics and a loss of interest in preserving local knowledge and cultural traditions.

“Therefore, it’s critical for research institutions like ICIMOD to take a serious approach to understanding the traditional cultural worldviews of mountain communities,” the researchers said.

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The Hindu Kush Himalayan region extends 3,500 km over all or part of eight countries and is the source of 10 large Asian river systems, including the Indus, Ganges and Brahmaputra.

The basins of these rivers provide water to 1.3 billion people, a fifth of the world’s population.

In India, the Hindu Kush Himalayas and adjacent mountain areas include 11 mountain states — Arunachal Pradesh, Himachal Pradesh, Jammu and Kashmir, Uttarakhand, Assam, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim and Tripura. (IANS)

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Here’s how a Small Stretch of Ocean Boosted a Conservation Movement

Know how a small stretch of ocean stirred a conservation movement

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Purple Vase Sponge ocean
Purple vase sponges are shown in this underwater photograph taken while scuba diving at Gray's Reef ocean. VOA

From the surface, these 22 square miles of water are unexceptional.But dip beneath the surface — go down 60 or 70 feet — and you’ll find a spectacular seascape. Sponges, barnacles and tube worms cover rocky ledges on the ocean floor, forming a “live bottom.”

Gray’s Reef is little more than a drop in the ocean 19 miles off the Georgia coast, but don’t confuse size for significance. In one of his last official acts, President Jimmy Carter declared the reef a national marine sanctuary at the urging of conservationists who said its abundance of life was unique and worth saving for future generations.

For nearly 40 years, the U.S. government has protected the reef, home to more than 200 species of fish and an amazing array of nearly 1,000 different kinds of invertebrates. Recreational fishing and diving are allowed, but commercial fishing and other kinds of exploitation are not.

And Gray’s Reef has served as a global inspiration. Following the lead of the U.S., other nations have designated similar sanctuaries and protected areas, which now cover about 6% of the world’s oceans — a bonanza for researchers but, more importantly, an important tool for safeguarding the seas.

Doubts remain about how much of the ocean they can truly save. Last year was the hottest on record for the planet’s oceans, and protected areas can’t slow the biggest source of that warming — increasing greenhouse gases. The federal government says more than 90% of the warming that has occurred on the planet over the past half-century has taken place in the ocean.

Save Ocean
A black sea bass swims along the reef in Gray’s Reef ocean. VOA

That has had dramatic effects in the waters that cover 70% of Earth’s surface. Scientists have tied the warming to the rise of sea levels, the disappearance of fish stocks and the bleaching of corals. The ocean also has become more acidic as humans have released higher concentrations of carbon dioxide into the atmosphere, and that jeopardizes valuable shellfish and the plankton that form the base of the food chain.

The supporters for the protected areas range from sustenance fishermen on the tiniest islands of the Pacific to researchers at the most elite institutions of academia.

“We’re not protecting these areas just for ourselves,” Roldan Munoz, a research fishery biologist with the U.S.’s National Marine Fisheries Service, says during a research trip to the reef, “they’re for our nation.”

On a National Oceanic and Atmospheric Administration expedition to Gray’s Reef, the federal research vessel Nancy Foster is packed with scientists conducting research on subjects ranging from whether invasive lionfish are present to how changing ocean conditions are affecting coral species.

Sanctuary research coordinator Kimberly Roberson and other scientists prepare to dive to collect data about what fish can be found in the area, while Craig Aumack, an assistant professor of biology at Georgia Southern University, peers through a microscope at algae.

Aumack notes that more types of seaweed and tropical species of fish are appearing on the reef as waters warm, like the odd-looking and colorful clown wrasse, a fish native to the Caribbean Sea that was found off the coast of Georgia this summer, most likely pushed hundreds of miles to the north by changing ocean temperatures.

The sanctuary is named after Milton “Sam” Gray, a biologist who studied it in the 1960s and identified it as an ecosystem worth saving — a reef not far from the U.S. coast that teemed with life, especially an “abundance of diversity of invertebrates,” Roberson notes.

Without that designation, the habitat could have vanished due to high-impact industries such as bottom-trawl commercial fishing, which are now prohibited there.

“In some ways, it’s a test of what a marine protected area can do for surrounding areas,” says Clark Alexander, director and professor at the University of Georgia Skidaway Institute of Oceanography and a former member of the sanctuary’s advisory board. “It was sort of an ideal spot to preserve this kind of habitat and make it available for research and recreation.”

Marine animals in ocean
Scad and red snapper swim past divers Alison Soss, Geospatial Analyst, and Kimberly Roberson, Research Coordinator for Gray’s Reef ocean. VOA

In the decades since Gray’s was established, large and more stringently protected zones have popped up all over the world.

Phoenix Island Protected Area, established in January 2008, covers more than 150,000 square miles off the tiny island republic of Kiribati and has been cited by scientists for bringing back species of fish in just over a decade. And an area nearly twice as large, the Rapa Nui Marine Protected Area, now surrounds Easter Island after its creation in 2018.

Former U.S. Presidents George W. Bush and Barack Obama greatly expanded the U.S.’s protected areas. Bush created the Papahanaumokuakea Marine National Monument off Hawaii and Obama extended it late in his presidency to a whopping 582,578 square miles.

Smaller protected areas, such as the 5,000-square-mile Northeast Canyons and Seamounts National Monument off New England, created by Obama in 2016, also have been established.

Nine years ago, the U.N. Convention on Biological Diversity agreed to the goal of protecting 10% of the world’s oceans by 2020. The UN said in 2017 that it was on its way to meeting that target and that protected areas “contribute substantial social, economic and environmental benefits to society” and “provide food security and livelihood security for some 300 million people.”

One commonly cited problem with the protected areas is the difficulty of enforcing rules that restrict commercial fishing and other intrusive industries from vast areas where few people ever venture, particularly in developing parts of the world where resources are limited.

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Cannonball jellyfish float in the water as scuba divers surface after diving at Gray’s Reef National Marine Sanctuary. VOA

Creating new protected areas without reducing fishing quotas won’t save species, says Daniel Pauly, a professor of fisheries at the University of British Columbia in Vancouver.

And that is not a small issue, as some estimates say the number of fish in the ocean was reduced by half from 1970 to 2015, with warming oceans expected to add to that loss.

“Rebuilding will require not just new protected areas, but it will require quotas reduced,” Pauly says.

Many scientists believe protecting broad swaths of the ocean simply might not be enough.

Last year, a group of researchers led by University of North Carolina marine ecologist John Bruno published a pessimistic study of the effects of climate change on the world’s marine protected areas. Their findings: those areas will warm by nearly 5 degrees Fahrenheit by 2100, destroying species and marine life despite the existence of protections.

Bruno’s study reflects the reality of coral bleaching in places such as the Great Barrier Reef off Australia, which is heavily protected but still vulnerable to the impacts of a warming world.

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It’s a lesson that illustrates the legacy of Gray’s Reef: Protected areas can save pieces of the ocean from extinction, but they can’t save it all.

“If it was up to me, we’d protect about 30% of the ocean,” Bruno says. “We’re just saying we’ve got to directly address climate change with emission reduction. There’s no way around it.” (VOA)