The Fight to Ban Neonics

Back in February, the European Food Safety Authority (EFSA) released an updated report on the harmful effects of certain pesticides on a variety of bees. Confirming conclusions made in their 2013 report, the EFSA found a wealth of evidence supporting the claim that the world’s most popular pesticide group, neonicotinoids (or neonics for short) are harmful to both honeybees and bumblebees.

In April, following the EFSA’s findings, the EU put into place a complete ban on the use of neonics outdoors, expanding on the partial ban imposed in 2013 which prevented neonic use on certain crops.

The move, which should see all European neonic use confined to greenhouses by the end of the year, was welcomed with open arms by environmental groups like Friends of the Earth and the Task Force on Systemic Pesticides. This fight, however, is far from over.

Neonics are a relatively new kind of pesticide. The use of these ‘systemic’ pesticides only dates back about 20 years. According to the UK Pesticide Action Network, “Unlike contact pesticides, which remain on the surface of the treated foliage, systemics are taken up by the plant and transported to all the tissues”. This includes the pollen and nectar which bees collect to feed their colonies.

Systemic pesticides have also been found to persist in soil, water, dust and even air long after the chemicals have been sprayed. An open letter written in April and signed by 242 esteemed scientists claimed that “the balance of evidence strongly suggests that these chemicals are harming beneficial insects and contributing to the current massive loss of global biodiversity”.

The use of toxic systemic pesticides, which has steadily grown in recent years, is not just problematic for bees. The WIA (Worldwide Integrated Assessment of the Impact of Systemic Pesticides on Biodiversity and Ecosystems in case you’re wondering) included a report on the impact of these pesticides on vertebrate populations.

The report reviewed 150 studies and concluded that neonics were both directly and indirectly affecting terrestrial and aquatic vertebrate populations. Some birds, for example, are directly affected by ingesting seeds coated in toxic neonics.  Fish, too, have been found to be vulnerable.

While the report found that the amount of chemicals in the air were non-toxic to vertebrates at present, neonics are causing sub-lethal effects like stunting growth and reproductive success. Global populations of insect-eating birds, for example, are faced with a marked decrease in the amount of prey available to them. This is an example of an indirect harm caused by neonics.

This food chain effect is incredibly important to consider. Bees are the ecological backbone of a vast number of ecosystems. The knock-on effects from the decline in bee populations will increase in scope and scale until a worldwide ban on neonics and other systemic pesticides is firmly in place.

This goal, however, is far from being achieved.  A 2017 report published in Science found toxic neonics in 75% of the world’s honey. Another study conducted the same year in Germany found that three quarters of flying insects have disappeared in the last 20 years, a period which coincides quite neatly with the introduction of neonics.

Multinational companies like Bayer and Syngenta which manufacture neonics like imidacloprid and clothianidin, will fight tooth and nail to prevent ecologically responsible policy from passing into law around the world.

Back in 2013, when the partial ban was proposed, Syngenta went as far as to threaten legal action against individual members of the EFSA, whose job it was to carry out an unbiased scientific evaluation of Syngenta’s products. For these business giants, profit margins are, as usual, more important than preservation of the biodiversity of life on earth. We must be ready for their inevitable appeals.

The EU and others, like Canada, are setting the example for other governing bodies to follow. If this problem is not addressed soon, however, we will leave future generations with a planet far less diverse and bursting with life than the one we had when neonics were first concocted.

Neonics aside, humans are already the cause of the most recent of earth’s six mass extinctions. It says something about a species when they can take their place on a brief list which includes both asteroid impacts and cataclysmic eruptions.

At this point, we are in full damage control mode. Conservationists are fighting not only against pharmaceutical giants which wield more power than it should be possible to wield, but also against the clock. The public, however, have proved that this is one issue with which they can affect real change.

Alongside the EFSA’s report, a driving catalyst for the EU’s ban on neonics was a petition started on the campaign platform ‘Avaaz’. The petition has received a staggering 5 million signatures. It is clear that people around the world care much more about preserving the biodiversity of this planet than they do about Bayer’s profits.

The Avaaz petition is a reminder that there are more of us than there are of them and that we can in fact stand up to them. We all know that rich bullies want to destroy this planet to fill their pockets, but we must not let them get away with it.

I urge you, if you see a petition or a fundraising event for this issue, to become as involved as you possibly can. This issue is, if you’ll pardon my language, extremely fucking important.

Header image credit – Farm Futures

Is There a Relationship Between Income Inequality and Happiness on a National Scale?

We’ve all heard Bernie Sanders talk about how the top 1% of earners in the world own more than half of all global wealth. Unfortunately, Bernie is not wrong. In recent years, income inequality has been growing globally at an ever-increasing rate.

It has been growing, however, at vastly different speeds in different countries. It seems that the way in which a country legislates has a real and important effect on inequality. In this piece, I’ll examine the possible relationship between income inequality and happiness by looking at figures from, among others, the World Happiness Report (WHR) and the World Inequality Report (WIR)

It is worth noting that happiness is a subjective and complex notion which surely depends on any number of factors outside of wealth. My aims here are simply to a) showcase some pieces of evidence (in the form of graphs from various sources) which suggest a link between inequality and happiness and b) to provide a largely theoretical discussion of the possible mechanisms for such a correlation and what the implications are if the correlation holds water.

Before I go any further, I’ll tell you a little about the measurements being used. For happiness (or more accurately ‘subjective wellbeing’), the figures come from so-called Cantril ladder answers. The Cantril ladder question is simply asking people to rate how happy they are on a scale of 1 to 10. On which rung of the ladder do you think you are? For inequality measurements, the Gini Coefficient is perhaps the most useful here. The Gini Index shows how much inequality there is in a country on a scale of 0 (perfect equality) to 1 (perfect inequality) by measuring the “average distance between the income or wealth of all the pairs of individuals” (WIR). Some graphs included in this report, however, use more tools than just the Gini.

Oishi and Kesebir. Link in sources.

Back in the seventies, the ‘father of happiness economics’ Richard Easterlin found that while people with a higher income in a given country were more likely to be happy, this relationship did not hold up on a national level. While the US is the wealthiest country on earth, it ranks just eighteenth in the 2018 World Happiness Report. Though there is a correlation between absolute wealth and happiness in the short term, it is by no means guaranteed that a country with a higher GDP will be happier than one with a lower GDP, nor is it guaranteed that an increase in the wealth of a country will positively affect the country’s ranking in the world happiness report.

From World Happpiness Report – Link in Sources

The above graph from the WHR shows that while average US income more than doubled over the studied period, happiness was the same if not lower in 2016 than it was in the early seventies. This is the Easterlin Paradox in motion.

There could, of course, be any number of reasons for the findings shown in the above graph (WHR figure 7.1). A possible explanation is the idea of diminished returns. This is the concept that as we acquire more and more wealth, the happiness that a given quantity of money brings us diminishes. If the till operator at a newsagent won ten grand on the lottery, for example, the money would transform their lives for the better. If Bill Gates or Donald Trump won the same amount, it is unlikely that they would even notice.

This idea could help account for the theoretical reasons why inequality should affect happiness. If, as the data shows, the majority of global wealth is being accumulated by people who already have plenty to spare, there will not be a huge ‘return’ of happiness. In a perfectly equal world, everybody requires the same amount to be satisfied.  In a perfectly unequal world, the majority of people require little to be satisfied but do not receive even that because all the money is tied up in the bank accounts of people who take their yachts for granted.

From World Inequality Report – Link in Sources

Easterlin’s hypothesis was that our happiness depends not on the absolute wealth of the country we live in, but rather where we rank in the social pecking order within the country. This is the idea of ‘keeping up with the Joneses’, which could also be a possible mechanism whereby inequality may affect happiness. In a perfectly equal world, people look around and see that everyone around them has the same amount of money they do. In a perfectly unequal world, the vast majority of people can look around and see some people who own more money than they could make in a hundred lifetimes at their salary. This is not to say that everyone would be unhappy because of petty jealousy. It is disheartening, however, if you are starving and see someone participating in an eating competition until they make themselves puke. Higher income inequality means more people starving and more people who have enough money to last a hundred lifetimes, lying dormant and useless in an offshore bank account.

From World Inequality Database – Link in Sources

Figures from the World Inequality Report show that while the income of the US population grew by a total of 63% between 1980 and 2016, the income of the top 0.001% in the US over the same period grew by a gargantuan 629%. When we look at the global rankings, we see that, for the most part, the most equal countries are also the happiest and the least equal are the least happy. Some readers may immediately question here whether correlation implies causation or if external factors may be influencing the data. Happiness, after all is a slippery and complicated thing to measure. In the US, for example, low happiness levels relative to wealth may be due to such factors as high rates of gun violence, racism, obesity and mistrust of government.

From the Guardian – Link in Sources

However, if we look at the trends over time on a global scale, there is a link and it is important that we explain that link if we are to learn how best to organise society in terms of subjective wellbeing. Perhaps some countries have both high happiness and low inequality because they have effective governments with a knack for social policy. These governments may provide the infrastructure for happiness through effective legislation aimed at increasing public wellbeing. Might it not be their legislation in other areas which increases national happiness, thus making our apparent link redundant?

It makes sense to me to conclude, at least, that part of the effective policy required to increase national happiness is legislation designed to minimise income inequality. Raising the minimum wage. Raising taxes for the wealthy and using that money for social goods. This is what smart governments do. Legislation influences both the happiness of a country and its place in the Gini index. What is good for income equality may also be good for happiness.

Research Sources

Guidelines on Measuring Subjective Well-being – OECD

Income Inequality Explains Why Economic Growth Does Not Always Translate to an Increase in Happiness – Shigehiro Oishi and Selin Kesebir

Inequality index: where are the world’s most unequal countries?– The Guardian

Mapping Three Decades of Rising Income Inequality, State by State – Richard Florida

Money and Happiness: Rank of Income, not Income, Affects Life Satisfaction  – Christopher J. Boyce, Gordon D. A. Brown and Simon C. Moore

Purchasing Power Parities – OECD

Richest 1% own half the world’s wealth, study finds – Rupert Neate

The World Factbook – The CIA

World Happiness Report

Word Inequality Report

 

 Header Image Credit: Prazis Images (via Big Think)

A Pulsing Sea – The Effects of Seismic Airguns on Whale Populations

Whales are notoriously vocal animals. Indeed, the catalyst for the ‘Save the Whales’ campaign of the 1970s can be said to be the release of the album ‘Songs of the Humpback Whale’ recorded by bio-acoustician Roger Payne. This was the first time that the public was able to hear and appreciate the astonishing variety and beauty of the Humpback’s songs. This love affair with the whales came in the nick of time, since the humpback population had at that time fallen to a historic low. It is estimated that by the late 1960s, over 90% of humpbacks had been wiped out by human activity.

Since the early 1920s, a technique known as ‘reflection seismology’ has been used to locate reserves of natural resources such as oil, gas and salt. Reflection seismology operates on much the same principle as sonar. Sound waves are emitted which reflect off the sea floor and are then measured by an array of sensors. Using this technique, areas of the sea floor can be accurately mapped, and it is possible to determine whether natural resources lie beneath the rock. Modern reflection seismology is carried out using huge arrays of seismic ‘airguns’. These airguns can produce sounds of up to 240 decibels, over twice the volume of a standard rock gig. What’s worse, this noise level is produced every 10 seconds, 24 hours a day.

Whales and dolphins use sound to communicate with each other and, in some cases, for the echolocation of prey. Although insufficient research has been conducted to ascertain the detrimental effects of seismic testing on whales, preliminary data shows that almost all cetaceans give seismic airguns a wide berth. Further, sightings of cetaceans fall significantly when seismic testing is being conducted in a given area.  Even in the absence of solid data, mere common sense dictates that the levels of noise produced by seismic testing may well prove to seriously harm the hearing of cetaceans, as well as disrupting their feeding, mating and migratory habits.

It is not just whales that are at risk. During periods of seismic testing, local fishermen have reported an increase in dead fish floating in the sea. Squid, crabs and fish eggs have also been shown to be harmed by seismic airguns. It seems, then, that as well as deafening and disorienting endangered whales, seismic testing may also be harming their ecosystem and thus limiting the availability of their prey. This kind of test may have a knock-on effect which could decimate entire marine ecosystems.

On the 1st of February 2018, seismic airgun testing off the coast of Newcastle, Australia was approved by NOPSEMA. The tests, which will be carried out by Asset energy, are approved right up until the 31st of May, with the whale migration set to begin around the 1st of June. This has been met with serious resistance. Greenpeace Australia campaigner Nathaniel Pelle noted that “Whales and other endangered species do not adhere to the Gregorian calendar and do not know the difference between May 31 and June 1”. The fact that this must be noted at all speaks to the greed and short-sightedness of regulators and fossil fuel companies.

A final and crucial point to consider is that even if seismic tests did not damage marine populations directly (which they certainly do), they are a gateway to offshore drilling, a practice which damages marine populations in a number of ways. First, there is a possibility of oil spills which, as we all know, can be cataclysmic events for marine ecosystems. Further, when the oil is successfully extracted, it will be burned as fuel, releasing carbon dioxide into the atmosphere and accelerating the effects of climate change. Renewable energy sources such as wind turbines and hydroelectric dams are the planet’s last hope for any sort of meaningful recovery. One may consider it an added bonus, then, that these energy sources do not require that we seriously harm marine species while they attempt to recover from the immeasurable damage that humans have already inflicted upon them.

Sources

Beachapedia – Seismic Surveys

Bielby, Nick – NOPSEMA accepts environmental plan for seismic testing off Newcastle coast and Concern over plan for seismic test off the coast of Newcastle

Gordon, Jonathan C.D et al. – A Review of the Effects of Seismic Survey on Marine Mammals

Greenpeace Australia – Humpback whale migration threatened by seismic blasts

Hannam, Peter – ‘Whales don’t follow the Gregorian calendar’, opponents of seismic testing say

Stone, Carolyn J. and Tasker, Mark L. –  The effects of seismic airguns on cetaceans in UK waters

Photo Credit: Maui Magic