Top-Rated Free Essay
Preview

Dirty Dairying in New Zealand

Powerful Essays
2492 Words
Grammar
Grammar
Plagiarism
Plagiarism
Writing
Writing
Score
Score
Dirty Dairying in New Zealand
FOCCUSING QUESTION

To what extent does dairy farming affect waterways in New Zealand?

BIOLOGICAL IDEAS
The dairy farming industry causes a negative effect on New Zealand waterways. That is fact. The country is home to approximately six million cows which produce the equivalent amount of faeces as 70 million people! The effluents and fertilizers from farms can then drain through the soil and contaminate ground water or can run off into local a waterway, which significantly increases the nitrogen levels and decreases pH levels in the water affecting the natural environment of the waterway. Should these pollutants enter waterways, the environment is encouraging for algae and algal blooms which have an invasive property and have the ability to quickly take over the waterway. Should the above scenario occur, there would be a very evident decrease of fish life in the water as the algae’s consume large amounts of oxygen therefore deoxygenizing the water making it near impossible for fish to survive. Some forms of algal blooms can fatal, and can affect livestock, wildlife, marine animals and humans.
Another waterway issue that is aggravated by dairy farming is riparian erosion, which is the erosion from the banks of waterways. The issue arises when cows are allowed to graze or moved near waterways. The cows hooves effectively destroy waterways natural banks which has the potentially to alter the flow of water which can negatively affect fish life downstream. The other issue caused by cows trampling through waterways is that the cows push soil into the water which can deprive organisms (such as plankton) in the water from light which could destroy a waterways food cycle.
Yet another waterway issue that is linked to dairy farming is when fertilizers and effluent runs off into waterways, there is a possibility that there are water catchments on the same waterway. Especially on rural properties, water is normally collected from local waterways which could in fact be contaminated by farm waste/run off. People that drink contaminated water can suffer from gastroenteritis, skin tumors, e.coli, skin rashes, swollen lips and in severe cases, death!
The WWF research has concluded that 43% of monitored New Zealand Lakes are classes as polluted, which is directly linked to the endangerment of fresh water crayfish, mussels and 60% of New Zealand native fish species. The pollution in these waterways has caused on average 25,000 waterborne disease cases annually. The study also found that 90% of New Zealand waterways were unsafe to swim in let alone be drunk from! It is possible that these statistics are the consequence of ‘dirty dairying’.
DID YOU KNOW: Over the last 5 years, cow numbers have increased by one million! And of the seven million cows in New Zealand, they produce the equivalent of manure as 70 million people!!!
THE FONTERRA PERSPECTIVE
Fonterra is an international dairy company who supplies New Zealand dairy products to global consumers and makes an annual profit of $459,000,000. Fonterra has a large bias in the issue of dairy farming and the pollution of waterways and have created a dedicated website promoting the pollution reduction initiatives that have been put in place by the company. The website ‘shows off’ what Fonterra has done in a bid to decrease water pollution and displays statistics on what the initiative has achieved however excludes the data about the farms that are not environmentally friendly and the damage that they cause to New Zealand waterways. Unfortunately the company will never put the environment before profit, the shareholders of the company demand it to preform financially (even ethical investors want return on their investment) and if Fonterra did put more emphasis on the environment at the expense of profit, the shareholders would vote to change the CEO of the company.

Fonterra has introduced several initiatives in order to combat the issue of dairy waterway pollution. The company has made it a requirement that farmers that supply them keep their stock away from waterways and have sent advisors to all suppliers to make sure that all waterways larger than 1 meter wide are fenced off. Fonterra state that they are committed to keeping dairy farming environmentally friendly so they can work alongside natural habitats and eco systems of healthy living water. The ‘living water’ website states that Fonterra recognizes that “quality water from natural habitats underpins New Zealand’s environmental health and economic prosperity” and they are committed to preventing dairy farms contaminating waterways.

Fonterra claims that they have are investing $20,000,000 over a ten year period which is to be used to clean up New Zealand waterways that are under threat in partnership with the Department of Conservation. By investing in this campaign, it allows Fonterra to perpetuate its clean green milk image allowing the company to request a higher price for the dairy products. This campaign is also to the advantage of the Department of Conservation as they receive funding from Fonterra so they can clean up the affected waterways. It seems that Fonterra is admitting that waste from dairy farms are the cause of waterway pollution and the company is taking steps to improve the water quality of the affected waterways. Fonterra does not quote very much biological information but instead promotes what Fonterra is doing to solve the problem.

SAFE PERSPECTIVE
The organization ‘SAFE’ believes that the dairy industry has an ongoing problem of non-compliance with environmental regulations; the organization even goes on to accuse most farmers of “allowing animal excrement to pollute the waterways”. In their online statement of the issue, SAFE notes dairy farms use of agrochemicals such as fertilizer and pesticides and how these chemicals can contaminate ground water and flow down to waterways where the pollution could cause the death of micro-organisms and fish life. The website also states several major waterways in New Zealand that are affected by dairy pollution, in doing so the organization increases public support for the cause as these waterways are known for their beauty.
SAFE then goes on to criticize current efforts to reduce the pollution of dairy farming, saying, “Only 60% of dairy farms properly treat or discharge effluent, even after efforts to limit negative impacts”. The organization also states that some dairy pollution is not all from carelessness but in some cases intentional dumping of cow effluent had occurred, the amount of these cases exceeded 300 charges over a four year period.
The organization has a bias against dairy farming as SAFE is an animal welfare organization and are currently running campaigns against the dairy industry and the animal welfare issues that are caused by it (such as calf induction). It is no surprise that SAFE has a strong point of view regarding dairy farming and the pollution of waterways in an attempt to build a stronger case against the dairy farm industry. The organization has quoted statistics which are against dairy farming and does not talk about current initiatives which are reducing the pollution to allow the reader to infer that the problem is being ignored which in fact it has not been. The source does state fact however it is done in a misleading way.

PERSPECTIVE OF NEW ZEALAND FISH & GAME
“Land and water, which comprises the fundamental natural elements of this habitat, is a finite natural resource. It is also the same natural resource that underpins primary industry. Every time land or water is allocated to an activity that diminishes its availability for sports fish or game bird habitat, or degrades (through pollution) that which remains, it reduces the sports fish & game resource that underpins Fish & Game’s reason-for-being.” – The New Zealand Fish and Game Council
The New Zealand Fish and Game Council have a strong interest in protecting New Zealand waterways so that recreational fishing can still occur in future generations. The organization states that it does not have an anti-dairy perspective but is against dirty dairying. The webpage that the Fish and Game Council have stated their point of view on looks artificially unbiased however this seems not to be the case. Fish and Game have chosen to exclude curtain facts for example, the effectiveness of current pollution reducing initiatives is not mentioned only stating that such programs are voluntary, again allowing the reader to infer that not many are dairy farmers participating in such programs and those who are haven’t seen a large improvement. The source looks factual however the website contains little biological fact.
Fish and Game New Zealand state that they have an interest in sustaining waterways allowing life to be present in them so that recreational fishing activity can continue unaffected in New Zealand. Fish and Game also mentions how New Zealand’s export industry may be harmed if the country’s ‘clean green/100% pure’ image was degraded which could potentially cause a boycott by international consumers. The Council then go on to say that in general, dairy farms have failed to meet their legal obligation to “avoid any adverse effect on the environment arising from an activity carried on by or on behalf of that person” as stated in section 17 of the Resource Management Act of 1991.
The New Zealand Fish and Game Council would like to see riparian buffer zones around farm waterways and independently audited management plans in an attempt to reduce the effect of the pollution created from dairy farming. Fish and Game believe that the “primary duty lies with agriculture itself; and within agriculture it lies with the various agricultural sector leadership bodies.” The Council also says that the central and local governments are also responsible for making change happen.

MY PERSPECTIVE
I believe that the pollution caused by dairy farms may cause some significant consequences to the local eco habitat; however I disagree with opinions that believe Fonterra is ignoring the problem. It has been scientifically proven by independent scientists that fertilizer and effluent run off from dairy farms has the potential to cause severe, irreversible consequences such as deoxygenization of waterways as stated above in ‘Biological Ideas’. I was shocked at the statistic regarding the amount of polluted waterways in New Zealand (43% of monitored waterways, as stated above), it is quite a possibility that the streams and rivers that I once swam in are now polluted by this filth as the amount of cattle in New Zealand has increased by one million over a five year period as stated in the biological ideas section above.
I am very concerned about the possibilities of algal blooms in our waters due to dairying as the consequences of them are severe, on average. The blooms have to ability to effectively ‘neutralize’ a waterway as algaes can deoxygenize water (as stated above) which is quite disturbing, it’s scary almost how an algae can take over a whole waterway and deprive all the life in the water of oxygen. Not only does this matter affect those who fall ill from drinking from infected water (approximately 25,000 people a year, as stated above) and those who rely on the fish life in the contaminated waterways but also myself and all other New Zealanders. Those who become sick from drinking contaminated water are entitled to subsidized medical care, at the expense of the taxpayer. Another way that polluted waterways affect the whole nation is through the tourism industry as many tourist come to New Zealand (2,500,000 annually) to observe the country’s ‘clean green’ environment. The polluted waterways may degrade this ‘clean green’ image causing a decrease in international visitors which may result in a decrease in New Zealand’s net income which force the government to raise taxes. I strongly believe that the New Zealand tourist industry is significant to the country’s economy due to the amount of people it bring to the country (2,500,000) and the money that they bring and therefore must be treated as such by the citizens of New Zealand.
I believe that the effort to clean up New Zealand waterways by Fonterra is a good intuitive and a generous act from the company as they have no obligation to do so. Although the company will never protect the environment at the cost of profit, the $20 million investment in my opinion was less an ethical decision but more of a public relations one as Fonterra has received a bad environmental reputation through the media.
Overall I believe that dairy pollution is a problem in New Zealand, less of a problem than some environmentalists’ state and more than some dairy organizations state, however there is a problem. The statistic on the issue are interesting an some even alarming however the problem is known and Fonterra is putting in place standards that their suppliers must abide by including making them fence off waterways over one meter in width. I look forward to seeing the progress in the resolution of this issue and the changes that must be made in order to achieve this.

SUGGESTED SOLUTIONS
Riparian Strip:
A riparian strip is an animal exclusion zone between dairy cows and a waterway which is covered by riparian vegetation which filters the pollutants from farms, preventing them from running off into the waterways. Biologists suggest that a riparian strip should cover the 100m between a waterway and cows so that the plants can absorb and filter the pollutants adequately before they reach the waterways. The roots of the plants in the strip strengthen the banks of waterways and prevent erosion whilst preventing flood damage. Simply fencing the area around a waterway does have a positive effect on the water quality of the waterway however this does not protect the waterway from run off from the farm, this method alone is not recommended however is better than nothing.
Manure Management:
Managing cow manure is an essential practice on dairy farms, after the cows have passes through the milking shed the floor will be covered in cow manure. A lot of farmers simply hose this manure down to a river or into a drain that outputs into a local waterway. A more environmentally friendly way of disposing the waste could be to hose the water to a drain which is connected to a holding tank; this manure may be used in the future to be irrigated onto the paddock as a form of fertilizer. This way not a much manure is being dumped into waterways and this method is more economical for the farm as less money will need to be spent on fertilizer as the manure contains large amounts of nitrogen and phosphorus which are essential for plant growth.

Soil Testing:
By testing the soil of cow paddocks, farmers can see exactly how much fertilizer is needed for optimal plant pasture growth. By knowing exactly how much fertilizer needs to be applied, farmers can apply just the right amount so that the grass can absorb the nutrients and therefore reduces the fertilizer makes its way into the water. This solution also works out to be more economical to the farmer as it prevents the farmer applying to much fertilizer which would be more expensive.

You May Also Find These Documents Helpful

  • Satisfactory Essays

    4. What are the factors that affect water quality of the stream? Are there industrial discharges directly to the…

    • 272 Words
    • 2 Pages
    Satisfactory Essays
  • Good Essays

    I am writing you in response to your concern regarding a market test of the new 6 oz. cups and multi-pack yogurt carriers that Clover Valley Dairy would like to introduce to our customers. The purpose of the research project will be to see if the new type of packaging for yogurt will be worth the change and if our consumers are accepting of the new change. It will tell us if our new six-cup carrier is effective or not. I feel the new type of carrier should be tested in non-competing areas. However, it should also be tested in our market as well as our competitor’s market. A key part in testing this new…

    • 1091 Words
    • 5 Pages
    Good Essays
  • Good Essays

    A combination of climate change and agricultural practices have led to an excess run off of phosphorus in Lake Erie, resulting in excess algae blooms spread across the surface of the water. Phosphorus is the key nutrient that dictates algae growth and abundance. Microcystis, a species of cyanobacteria characterized by its blue colour continually contaminates the waters, and damages marine ecosystems, due to its toxicity. Being the smallest, shallowest and most densely surrounded lake in Canada, Lake Erie is easily impacted by surrounding impacts.…

    • 973 Words
    • 3 Pages
    Good Essays
  • Powerful Essays

    Biology Chapter 50 Summary

    • 4384 Words
    • 18 Pages

    * Many streams and rivers have been polluted by humans, degrading water quality and killing aquatic…

    • 4384 Words
    • 18 Pages
    Powerful Essays
  • Good Essays

    For example, there are three main Abiotic factors, water temperature, dissolved oxygen, and suspended solids. Dissolved oxygen is a very important factor in the survival of organisms in the river. Studies show that “Both producers and consumers (like zebra mussels) take up oxygen during respiration causing oxygen levels to drop. Zebra mussels also reduce oxygen levels by eating producers (like phytoplankton) that release O2 during photosynthesis” (river ecology pg.5). This effect that the zebra mussels have is a very negative effect. The reduced oxygen levels will make it so animals can no longer live in the river. This causes the area to lose a major food supply to the larger animals surrounding it. This will have a huge impact on the environment and the food…

    • 662 Words
    • 3 Pages
    Good Essays
  • Good Essays

    Runoff is a problem when farmers use too much nitrogen on their crops to help them grow and the excess nitrogen flows into creek and other bodies of water when it rains. This excess nitrogen causes more algae to grow in an algae bloom, which causes the bacteria that eats this algae to multiply as well and use up all the oxygen in the ecosystem. This leaves other organisms to die in the process called eutrophication. Another way that humans can affect a water ecosystem is by littering near or even far away from a body of water. Wind, runoff, and other conditions can carry the rubbish, such as plastic bags, bottles, and paper, into the creek which decomposes over time and leaves harmful chemicals and gases. These dangerous pollutants can decrease the water quality and cause organisms to die (Umgeni Water Amanzi). Overall, humans can impact water ecosystems in a lot of…

    • 513 Words
    • 3 Pages
    Good Essays
  • Best Essays

    Sks7000-8 Assignment 3

    • 1572 Words
    • 7 Pages

    Environmental issues include the effects of extensification and intensification of agriculture on the soil, water, and biodiversity of the local and downstream environment (Khan & Shah 2011).…

    • 1572 Words
    • 7 Pages
    Best Essays
  • Good Essays

    Lake Erie Research Paper

    • 314 Words
    • 2 Pages

    The algae blooms are being stopped by canadian and american authorities spending billions of dollars reducing phosphorus that make the plants grow. Farmers use new techniques so less pollutants get into the waterways making the algae bloom problem more intractable.…

    • 314 Words
    • 2 Pages
    Good Essays
  • Good Essays

    What's Killing the Fish?

    • 382 Words
    • 2 Pages

    Lake Gordon, a large recreational lake is New Jersey, is home to large amounts of fish. However, residents near the lake are starting to notice that unusual amounts of dead fish are appearing on the lake. EPA investigators found that toxic substances were not present in the water, leaking of sewage into the water has caused an increase in the number of aerobic organisms in the sediment of the lake bed along the south shore, and that runoff of detergents and household fertilizers has caused an excess of algae around the south shore. From the data and graphs presented to me on pages 2, 3, and 4, I believe the algae accumulation in the lake is the cause of the dead fish. It could be because the algae are using up vital oxygen sources that the fish need to survive. Table A on page 3 shows the amount of dead fish increase as the number of algae cells increase. This shows that the algae and fish are competing for oxygen, and the fish are losing. Also, oxygen levels in the lake slowly decreased over a 3 day period, as shown by Table B on page 3. This possible algae-fish competition might have contributed to that. Furthermore, the human residences on the lake south shore may contribute to this fish crisis, because the majority of dead fish are amassing near the homes, as shown in Diagram C on page 4. The residents’ runoff of fertilizer and detergent likely caused the algae growth, leading to more dead fish, and also explains why the dead fish are gathering near the south shore. A reasonable solution to this ecological issue would be for the residents to be careful in their detergent/fertilizer usage, and also to create some sort of subterranean barrier between the houses and the lake, so that more pollutants cannot contaminate the lake and create algae via runoff from the residential area. This solution might change my “% Saturation Dissolved Oxygen” graph because with the algae cells reducing in number, there will be less organisms competing for oxygen in the lake,…

    • 382 Words
    • 2 Pages
    Good Essays
  • Better Essays

    When plants are in the water oxygen is produced, which at first is helpful. However, when the plants start to decompose, bacteria starts to use and feed off of the oxygen being given off by the plants. After the plants have decomposed and the bacteria have used most of the oxygen, the bacteria begin to give off carbon dioxide which, in turn, limits the oxygen in the water for the fish and makes it difficult for them to survive. Once introduced, invasive species start to contaminate the entire lake because of the native species’ inability to compete.…

    • 1012 Words
    • 5 Pages
    Better Essays
  • Satisfactory Essays

    marine science

    • 312 Words
    • 2 Pages

    5.Explain how a Harmful Algal Bloom can impact an ecosystem. The toxins can be spread throughout various organisms as of humans and the food chain. If the consistent blooms it can block the light from reaching into the water and it can cause many organisms dead.…

    • 312 Words
    • 2 Pages
    Satisfactory Essays
  • Better Essays

    “This is horrible! I can’t even watch this!” Those were my immediate thoughts the first time my eyes were opened to the inhumane animal cruelty on factory farms. Factory farming enables mass production to supply the demands of today’s society but also enables the cruel treatment of animals. We need to end the cruelty and abuse that these animals have to endure at the factory farms because it causes loss to the business, reduces the quality of the product produced, and endangers the health of those who buy the product. We can promote humane treatment of factory farm animals by prevention through education, by enforcing humane laws by being an example of humane animal treatment, and by donating and/or volunteering at local humane law enforcement agencies.…

    • 1840 Words
    • 8 Pages
    Better Essays
  • Good Essays

    Red tides have been an ongoing environmental problem for our ocean waters wildlife. Red tide is a phenomenon caused by harmful algal blooms that occur when colonies of algae (simple plants that live in the sea and freshwater) grow so numerous that they discolor coastal waters (resulting in the name “red tide”). These large algal blooms of toxic producing dinoflagellates (single-celled organisms that are able to form nutritional organic substances from inorganic substances) may diminish oxygen in the waters, block sunlight that other organisms need to live and release toxins that are harmful to the health of the environment, plants, animals and humans. Main poisoned organisms that cause these blooms in the United States are Alexandrium fundyense,…

    • 1282 Words
    • 6 Pages
    Good Essays
  • Good Essays

    Rainwater pollution is a problem that affects anyone that benefits economically, residentially, or recreationally from the Chesapeake Bay. This includes people that have businesses that rely on how many aquatic organism they capture to either sell or serve as a meal in their restaurant. Runoff is caused by rainwater that does not percolate into the soil, and it carries chemicals and waste that are then drained into the Bay through the storm drains (“Stormwater Runoff”). Plant nutrients like fertilizers are one of the chemicals that are carried by runoff. The rainwater dumps out nitrogen and phosphorus from the fertilizers into the water. These contaminants directly harm aquatic life by causing eutrophication. The growth of algae is enhanced…

    • 1010 Words
    • 5 Pages
    Good Essays
  • Better Essays

    Facts About Pollution

    • 2037 Words
    • 9 Pages

    |Every year in the Auckland region over 85,000 tonnes of dirt enters our streams, lakes, estuaries and harbours. Sediment can |…

    • 2037 Words
    • 9 Pages
    Better Essays