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Environmental

  • Environmental Issues with Fishing

    Many people cite the world demand for seafood and fish as the real culprit for destroying coral reefs, wetlands and ocean beds, but other environmentalist blame the methods and practices of the fishing industry. These practices have devastated the ocean floor eco-systems in many places so that marine and aquatic life can no longer be sustained.

    Modifying and Changing Fishing Methods

    In order to lessen the impact of commercial fishing and overfishing that reaches beyond the ocean floor and into entire aquatic eco-systems, a global conservation effort is needed.

    Environmental Warning Issued

    According to the November 2006 journal issue of Science, the single biggest threat to seafood and fish species around the worldis bad fishing practices. The journal reports that, according to leading marine biologists, if fishing practices are changed, the world's fish and seafood resources will be depleted by the year 2048.

    Bad Fishing Practices

    Fishing practices have come under scrutiny and determined to be responsible for much of the fish species depletion and degradation of ocean beds. These harmful fishing techniques and practices include:

    • Bottom Trawling: Trawling along the ocean floor is done with a net. According to a 2005 report submitted to the United Nations Millennium Project, one run of bottom trawling is responsible for the destruction of five to 25 percent of the seabed life.
    • By-Catch: Unintended fish get snared in fishing nets. This fishing byproduct is best illustrated by the tuna fishing industry and the by-catching of dolphins. Those concerned by this method of fishing protest by purchasing only dolphin-free tuna, meaning that no dolphins were caught, killed and discarded in the tuna fishing process.
    • Coral Reef Destruction: Coral reefs, the highest biodiversity examples of marine ecosystems, have been destroyed through overfishing methods.
    • Destruction of Food Webs: One of the worst environmental impacts is when a specific fish species is targeted for harvesting due to high demand. Harvesting large populations of certain species creates an imbalance in the natural prey/predator food chain of marine life. Dynamite and cyanide fishing: These two techniques are illegal in much of the world, but some countries still practice these methods. It's obvious that these techniques leave irreparable damage to the ocean floor and marine eco-systems.
    • Fishing Gear: The use of environmentally-harmful fishing gear destroys countless ocean beds.
    • Overfishing: The unregulated amount of fish caught during a season created a fishing industry that was determined to catch as many fish as possible as quickly as possible. This resulted in overfishing and a tremendous amount of dead fish waste.

    Marine Conservation to Protect Eco-Systems

    One possible solution to the environmental issues created by fishing is marine conservation. There are several steps being taken in an effort to protect and preserve the marine eco-systems through good fishing practices and methods.

     Catch Shares

    LAPP (Limited Access Privilege Programs) and ITQ (Individual Transferable Quotas) also known as catch shares is a fishing system designed to ensure each fisherman has a share of the season's catch. This regional allotment is known as TAC (Total Allowable Catch). LAPP attempts to control how much fish is harvested in the hope of conservation of the fish population.

    Like all allotment systems, most fishermen can sell or buy shares to increase their profits beyond their original allotment. The LAPP systems attempt to eliminate excessive waste, create better fishing practices and allow fishermen to see a higher profit. The LAPP systems removed the competitive nature of seasonal fishing and the urgency for catching as many fish as possible, often resulting in large amounts of dead fish that had to be disposed. Another benefit has been the reduction in the number of fishing boats and destructive gear. By putting the LAPPs in place, the fishing industry believes it has found a way to make fishing a sustainable industry. While there are decided industry issues surrounding the implementation of LAPPs among the fishermen, the side benefit of an improvement in the ocean and sea environs remains controversial.

    Creation of Protected Underwater Wildernesses

    Protected wilderness areas along the ocean beds and coral reefs, called MPAs (Marine Protected Areas) are helping to rebuild threatened fish species, and populations are on the rise. In addition, these areas are seeing a revitalization of their aquatic and ocean eco systems. As sanctuaries, all fishing, mining and offshore oil drilling are prohibited.

    Wildfishing vs Fish Farms

    Another solution to harvesting fish in the wild is fish farms also known as marine aquacultures. Salmon and shrimp are two of the most popular fish and seafood species grown and harvested on fish farms. One of the side-effects of fish farms that can create other environmental issues is the waste product they generate and must be disposed so as not to upset the fish farm eco-system. This is also a controversial environmental issue since the pro is a relief to the overtaxed wildfishing resources while the con is an overstocking in the wild that creates an imbalance among the fish species.

    Fish Hatcheries, a Two-Edged Sword

    The Pacific salmon was overfished and in 1970, the United States, Japan, Russia and Canada released over 500 million salmon fry into the Pacific Ocean. In 2008, they released over 5 billion more. While these numbers seem astronomical, even "wild" salmon have a low survival rate due to predator culling. The oceans cover two-thirds of the world, yet their feeding grounds are limited. A recent article of the American Fisheries Society predicts that when coupled with fish overpopulation many fish species could starve.

    Determining the Severity of Imbalance

    According to Greenpeace, fish such as marlin, flounder, tuna and other large predator fish species are significantly down, demonstrating an imbalance. This imbalance is also indicated by an increase in other fish species. While there isn't a single solution for the environmental issues created by the fishing industry, conservation appears to be the best approach.

  • Environmental Problems That Batteries Cause

    The increasing global demand for batteries is largely due to the rapid increase in portable power-consuming products such as cellular phones and video cameras, toys and laptop computers. Each year consumers dispose of billions of batteries, all containing toxic or corrosive materials. Some batteries contain toxic metals such as cadmium and mercury, lead and lithium, which become hazardous waste and pose threats to health and the environment if improperly disposed. Manufacturers and retailers are working continuously to reduce the environmental impact of batteries by producing designs that are more recyclable and contain fewer toxic materials. The global environmental impact of batteries is assessed in terms of four main indicators. These indicators further distinguish the impact of disposable and rechargeable batteries.

    Consumption Of Natural Resources

    Production, transportation and distribution of batteries consumes natural resources, thereby contributing to an accelerating depletion of natural resources. Rechargeable batteries consume less nonrenewable natural resources than disposable batteries because fewer rechargeable batteries are needed to provide the same amount of energy.

    Climate Change And Global Warming

    The increase in the average temperature of the Earth’s surface is caused by an increasing greenhouse gas effect. The manufacture and transportation of batteries emits exhaust and other pollutants into the atmosphere, thereby contributing to the greenhouse effect. Per unit of energy delivered, rechargeable batteries contribute less to global warming than disposable batteries. This is because less greenhouse gas emissions are associated with the manufacture and transportation of rechargeable batteries.

    Photochemical Smog Pollution And Air Acidification

    Exhaust pollutants undergo photochemical reactions which produce toxic chemicals including ozone, other harmful gases and particulate substances. The thermal inversions associated with large cities can lead to a dangerous buildup of photochemical smog, which is known to cause human deaths. Air acidification is the accumulation of acidic substances in atmospheric particles. These particles, deposited by rain, have an impact on soil and ecosystems. Rechargeable batteries contribute less to these atmospheric effects than disposable batteries because they contribute less to air pollution.

    Ecotoxicity And Water Pollution

    Potential toxic risks are associated with emission of battery chemicals into aquatic ecosystems. Improper or careless handling of waste batteries can result in release of corrosive liquids and dissolved metals that are toxic to plants and animals. Improper disposal of batteries in landfill sites can result in the release of toxic substances into groundwater and the environment.

    Recycling

    About 90 percent of lead-acid batteries are now recycled. Reclamation companies send crushed batteries to facilities for reprocessing and manufacture into new products. Nonautomotive lead-based batteries, which are accepted by many automotive companies and waste agencies, are subject to the same recycling processes. Several reclamation companies in the U.S. now process all types of dry-cell batteries, both disposable and rechargeable, including alkaline and carbon-zinc, mercuric oxide and silver oxide, zinc-air and lithium.

    BL-45A1H Battery 2300MAH/8.8Wh 3.8V/4.35V Pack for LG K10 BL-45A1H K425 K428 MS428 F670

    Details

    Compatible Battery Part Number:

    BL-45A1H

    Compatible Computer Models:

    LG K10 BL-45A1H K425 K428 MS428 F670

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