1998 Hyundai 210
1998 Hyundai 210. New swing drive. Bought for land clearing project which is now completed...time to sell!! - See more at: http://www.heavyequipmentregistry.com/heavy-equipment/14089.htm#sthash.
By: CACARS123
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1998 Hyundai 210 - Video
Nuncio #39;s Fred Fencing Construction LLC Brady TX 76825
http://www.localedge.com/b31100824/Nuncio%27s+Fred+Fencing+%7C+Construction+LLC?type= Excavating Contractors, Fence Contractors, Dozer Service, Fences, Metal Buildings, Metal ...
By: LocalEdge VideosThree
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Nuncio's Fred Fencing & Construction LLC Brady TX 76825 - Video
Surgical Land Clearing-Terex PT110 Loftness G3 mulcher-Quad
Mulching underbrush small trees.
By: John Pierce
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Surgical Land Clearing-Terex PT110 Loftness G3 mulcher-Quad - Video
Land Clearing Tanaman Ulang Karet 3
Pembukaan Lahan untuk Bercocok Tanam Karet dengan cara Bunket Berskala Besar.
By: ujang poo
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Land Clearing Tanaman Ulang Karet 3 - Video
Land Clearing Palm Oil Plantation - Kebun Sawit
Pembersihan lahan untuk penanaman kebun sawit.
By: Primadani Setyo Prakoso
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Land Clearing Palm Oil Plantation - Kebun Sawit - Video
Aerial View of Construction in Progress Behind Springwood Park - Burlington, NC
Overview of the land clearing taking place. Shot with the Blade 350 QX3 AP quadcopter.
By: heliflyer7
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Aerial View of Construction in Progress Behind Springwood Park - Burlington, NC - Video
2014 - NOVEMBER - 2
I created this video with the YouTube Slideshow Creator (http://www.youtube.com/upload) JOB: - Land Clearing - Retainer Wall - Sod Installation - Flagstone Walkway.
By: Temujen Khan
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2014 - NOVEMBER - 2 - Video
Land Clearing Tanaman Ulang Karet 2
Pembukaan Lahan untuk Bercocok Tanam Karet dengan Cara Chemis Berskala Besar.
By: ujang poo
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Land Clearing Tanaman Ulang Karet 2 - Video
Recent increases in land clearing threaten Queenslands biodiversity. Photo: Bill Laurance
In 2013, a group of 26 senior scientists in Queensland (including ourselves) expressed serious concern that proposed changes to vegetation protection laws would mean a return to large-scale land clearing. The loss of these protections followed a Ministerial announcement in early 2012 that investigations into and prosecutions of illegal clearing would be halted.
Our statement of concern pointed out that tens of thousands of hectares of Queensland's woodland and forests were being lost every year, even before the vegetation protections were wound back. Just two years later, it appears we must now measure the annual losses in hundreds of thousands of hectares.
Last month, early figures were reported suggesting that 275,000 hectares were cleared from Queensland in the last financial year a tripling of land clearing rates since 2010.
Loss of koala habitat increases their vulnerability to other threats, such as cars. Photo: Graham van der Wielen
Land clearing is the main cause of biodiversity loss. It also exacerbates erosion and salinity, reduces water quality, worsens the impacts of drought, and contributes significantly to carbon emissions. Indeed, vegetation protection laws enabled Australia to meet its Kyoto Protocol target for emissions reductions.
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Australia already has alarmingly high rates of land clearing. And Queensland is responsible for more land clearing each year than any other state. So, the re-acceleration of land clearing in Queensland puts the state on the world stage and not in a good way.
How did we get to a situation where land clearing rates in a country like Australiawealthy, developed and once a global conservation leaderare increasing, rather than declining? Regulation and enforcement play an important role.
Deforestation-related legislation in Queensland started with an amendment to the Land Act in 1994. Over the next 18 years, governments across the political spectrum progressively strengthened protection of native vegetation.
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Land clearing in Queensland triples after policy ping pong
Without better local management, the world's most iconic ecosystems are at risk of collapse under climate change, say researchers in Science. Protecting places of global environmental importance such as the Great Barrier Reef and the Amazon rainforest from climate change will require reducing the other pressures they face, for example overfishing, fertilizer pollution or land clearing.
The international team of researchers warns that localized issues, such as declining water quality from nutrient pollution or deforestation, can exacerbate the effects of climatic extremes, such as heat waves and droughts. This reduces the ability of ecosystems to cope with the impacts of climate change.
"We show that managing local pressures can expand the 'safe operating space' for these ecosystems. Poor local management makes an ecosystem less tolerant to climate change and erodes its capacity to keep functioning effectively," says the study's lead author Marten Scheffer, chair of the Department of Aquatic Ecology and Water Quality Management at the Netherlands' Wageningen University.
The authors examined three UNESCO World Heritage Sites: Spain's Doana wetlands, the Amazon rainforest and the Great Barrier Reef. While many ecosystems are important to their local people, these ecosystems have a global importance--hence their designation as World Heritage Sites. For instance, the Amazon rainforest is a globally important climate regulator.
Like coral reefs, rainforests and wetlands around the world, these sites are all under increasing pressure from both climate change and local threats.
For example, the Doana wetlands in southern Spain are Europe's most important wintering site for waterfowl, hosting over half a million birds, and home to numerous unique invertebrate and plant species. Nutrient runoff from the use of agricultural fertilizers and urban wastewater is degrading water quality in the wetlands, causing toxic algal blooms, which endanger the ecosystem's biodiversity. A warming climate could encourage more severe blooms, causing losses of native plants and animals, say the researchers.
"Local managers could lessen this risk and therefore boost the wetlands' climate resilience by reducing nutrient runoff," says co-author Andy Green, a professor at the Doana Biological Station. He added that nutrient control measures could include reducing fertilizer use, improving water treatment plants and closing illegal wells that are decreasing inputs of clean water to the wetlands.
Rising temperatures and severe dry spells threaten the Amazon rainforest and, in combination with deforestation, could turn the ecosystem into a drier, fire-prone and species-poor woodland. Curtailing deforestation and canopy damage from logging and quickening forest regeneration could protect the forest from fire, maintain regional rainfall and thus prevent a drastic ecosystem transformation.
"A combination of bold policy interventions and voluntary agreements has slowed deforestation in the Brazilian Amazon to one fourth of its historical rate. The stage is now set to build on this success by ramping up efforts to tame logging and inhibit fire," says Daniel Nepstad, executive director of Earth Innovation Institute.
The Great Barrier Reef is threatened by ocean acidification and coral bleaching, both induced by carbon dioxide emissions. Local threats such as overfishing, nutrient runoff and unprecedented amounts of dredging will reduce the reef's resilience to acidification and bleaching.
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World's most iconic ecosystems: World heritage sites risk collapse without stronger local management