Global Austerity Alert: Looming Budget Cuts in 2021-25 and Alternatives

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Opinion

Map of countries with projected austerity cuts in 2021-2022, in terms of GDP, based on IMF fiscal projections. Credit: I. Ortiz and M. Cummins, 2021

NEW YORK and NAIROBI, Apr 15 2021 (IPS) – Last week Ministers of Finance met virtually at the Spring Meetings of the International Monetary Fund (IMF) and the World Bank to discuss policies to tackle the pandemic and socio-economic recovery.


But a global study just published by the Initiative for Policy Dialogue at Columbia University, international trade unions and civil society organizations, sounds an alert of an emerging austerity shock: Most governments are imposing budget cuts, precisely at a time when their citizens and economies are in greater need of public support.

Analysis of IMF fiscal projections shows that budget cuts are expected in 154 countries this year, and as many as 159 countries in 2022. This means that 6.6 billion people or 85% of the global population will be living under austerity conditions by next year, a trend likely to continue at least until 2025.

The high levels of expenditures needed to cope with the pandemic have left governments with growing fiscal deficit and debt. However, rather than exploring financing options to provide direly-needed support for socio-economic recovery, governments—advised by the IMF, the G20 and others—are opting for austerity.

The post-pandemic fiscal shock appears to be far more intense than the one that followed the global financial and economic crisis a decade ago. The average expenditure contraction in 2021 is estimated at 3.3% of GDP, which is nearly double the size of the previous crisis. More than 40 governments are forecasted to spend less than the (already low) pre-pandemic levels, with budgets 12% smaller on average in 2021-22 than those in 2018-19 before COVID-19, including countries with high developmental needs like Ecuador, Equatorial Guinea, Kiribati, Liberia, Libya, Republic of Congo, South Sudan, Yemen, Zambia and Zimbabwe.

The dangers of early and overly aggressive austerity are clear from the past decade of adjustment. From 2010 to 2019, billions of people were affected by reduced pensions and social security benefits; by lower subsidies, including for food, agricultural inputs and fuel; by wage bill cuts and caps, which hampered the delivery of public services like education, health, social work, water and public transport; by the rationalization and narrow-targeting of social protection programs so that only the poorest populations received smaller and smaller benefits, while most people were excluded; and by less employment security for workers, as labor regulations were dismantled. Many governments also introduced regressive taxes, like consumption taxes, which further lowered disposable household income. In many countries, public services were downsized or privatized, including health. Austerity proved to be a deadly policy. The weak state of public health systems—overburdened, underfunded and understaffed from a decade of austerity—aggravated health inequalities and made populations more vulnerable to COVID-19.

Today, it is imperative to watch out for austerity measures with negative social outcomes. After COVID-19’s devastating impacts, austerity will only cause more unnecessary suffering and hardship.

Austerity is bad policy. There are, in fact, alternatives even in the poorest countries. Instead of slashing spending, governments can and must explore financing options to increase public budgets.

First, governments can increase tax revenues on wealth, property, and corporate income, including on the financial sector that remains generally untaxed. For example, Bolivia, Mongolia and Zambia are financing universal pensions, child benefits and other schemes from mining and gas taxes; Brazil introduced a tax on financial transactions to expand social protection coverage.

Second, more than sixty governments have successfully restructured/reduced their debt obligations to free up resources for development. Third, addressing illicit financial flows such as tax evasion and money laundering is a huge opportunity to generate revenue. Fourth, governments can simply decide to reprioritize their spending, away from low social impact investments areas like defense and bank/corporate bailouts; for example, Costa Rica and Thailand redirected military expenditures to public health.

Fifth, another financing option is to use accumulated fiscal and foreign reserves in Central Banks. Sixth, attract greater transfers/development assistance or concessional loans. A seventh option is to adopt more accommodative macroeconomic frameworks. And eighth, governments can formalize workers in the informal economy with good contracts and wages, which increases the contribution pool and expands social protection coverage.

Expenditure and financing decisions that affect the lives of millions of people cannot be taken behind closed doors at the Ministry of Finance. All options should be carefully examined in an inclusive national social dialogue with representatives from trade unions, employers, civil society organizations and other relevant stakeholders.

#EndAusterity is a global campaign to stop austerity measures that have negative social impacts. Since 2020, more than 500 organizations and academics from 87 countries have called on the IMF and Ministries of Finance to immediately stop austerity, and instead prioritize policies that advance gender justice, reduce inequality, and put people and planet first.

Isabel Ortiz is Director of the Global Social Justice Program at Joseph Stiglitz’s Initiative for Policy Dialogue at Columbia University, former Director at the International Labour Organization (ILO) and UNICEF
Matthew Cummins is senior economist who has worked at UNDP, UNICEF and the World Bank.

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Studying Marine Life’s Brief Break from Human Noise

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Opinion

Hydrophone launch. Credit: The Comprehensive Nuclear-Test-Ban Treaty Organization (CTBTO)

NEW YORK, Apr 15 2021 (IPS) – Travel and economic slowdowns due to the COVID-19 pandemic have combined to brake shipping, seafloor exploration, and many other human activities in the ocean, creating a unique moment to begin a time-series study of the impacts of sound on marine life.


Our community of scientists has identified more than 200 non-military ocean hydrophones worldwide and hopes to make the most of the unprecedented opportunity to pool their recorded data into the 2020 quiet ocean assessment and to help monitor the ocean soundscape long into the future.

Our aim is a network of 500 hydrophones capturing the signals of whales and other marine life while assessing the racket levels of human activity. Combined with other sea life monitoring methods such as animal tagging, the work will help reveal the extent to which noise in “the Anthropocene seas” impacts ocean species, which depend on sound and natural sonar to mate, navigate and feed across the ocean.

Sound travels far in the ocean and a hydrophone can pick up low frequency signals from hundreds, even thousands of kilometres away.

Assessing the risks of underwater sound for marine life requires understanding what sound levels cause harmful effects and where in the ocean vulnerable animals may be exposed to sound exceeding these levels.

In 2011, experts began developing the International Quiet Ocean Experiment (IQOE), launched in 2015 with the International Quiet Ocean Experiment Science Plan. Among our goals: to create a time series of measurements of ambient sound in many ocean locations to reveal variability and changes in intensity and other properties of sound at a range of frequencies.

The plan also included designating 2022 “the Year of the Quiet Ocean.” Due to COVID-19, however, the oceans are unlikely to be as quiet as they were in April, 2020 for many decades to come.

COVID-19 reduced sound levels more than we dreamed possible. IQOE, therefore, is focusing project resources to encourage study of changes in sound levels and effects on organisms that occurred in 2020, based on observations from hundreds of hydrophones worldwide in 2019-2021.

Of the 231 non-military hydrophones identified to February 2021, the highest concentrations are found along the North American coasts — Atlantic, Pacific and Arctic — Hawaii, Europe, and Antarctica, with some scattered through the Asia-Pacific region.

Several have agreed to their geographic coordinates and other metadata being shown on the IQOE website (https://www.iqoe.org/systems).

Sparse, sporadic deployment of hydrophones and obstacles to integrating measurements have narrowly limited what we confidently know.

We are therefore creating a global data repository with contributors using standardized methods, tools and depths to measure and document ocean soundscapes and effects on the distribution and behavior of vocalizing animals.

New software, MANTA (at https://bit.ly/3cVNUox), developed by researchers across the USA and led by the University of New Hampshire, will help standardize ocean sound recording data from collaborators, facilitating its comparability, pooling and visualization.

As well, an Open Portal to Underwater Sound (OPUS), is being tested at Alfred Wegener Institute in Bremerhaven, Germany to promote the use of acoustic data collected worldwide, providing easy access to MANTA-processed data. The aggregated data will permit soundscape maps of entire oceans.

Meanwhile, scientists over the past decade have developed powerful methods to estimate the distribution and abundance of vocalizing animals using passive acoustic monitoring.

The fledgling hydrophone network contributes to the Global Ocean Observing System (GOOS), a network of observing assets monitoring currents, temperature, sea level, chemical pollution, litter, and other concerns worldwide.

Precious chance

Seldom has there been such a chance to collect quiet ocean data in the Anthropocene Seas. COVID-19 drastically decreased shipping, tourism and recreation, fishing and aquaculture, naval and coast guard exercises, offshore construction, port and channel dredging, and energy exploration and extraction. The concurrent price war that caused oil prices to dive to zero further quieted maritime energy activities.

The last comparable opportunity followed the terrorist attacks on the United States in September 2001, which disrupted not just air travel; they also led to a shipping slowdown and ocean noise reduction, prompting biologists to study stress hormone levels in endangered North Atlantic right whales in the Bay of Fundy.

With their 2001 data, research revealed higher September stress hormone levels over the next four years as the whales prepared to migrate to warmer southern waters where they calve, suggesting that the industrialized ocean causes chronic stress of animals.

We are on the way to timely, reliable, easily understood maps of ocean soundscapes, including the exceptional period of April 2020 when the COVID virus gave marine animals a brief break from human clatter.

Let’s learn from the COVID pause to help achieve safer operations for shipping industries, offshore energy operators, navies, and other users of the ocean.

Additional information about MANTA is available at https://bitbucket.org/CLO-BRP/manta-wiki/wiki/Home, and about the IQOE at https://bit.ly/3sDTkd

We invite parties in a position to help to join us in this global effort to assess the variability and trends of ocean sound and the effects of sound on marine life.

*Jesse Ausubel is the IQOE project originator and Director of the Program for the Human Environment at The Rockefeller University, New York City; Edward R. Urban Jr of the Scientific Committee on Oceanic Research is the IQOE Project Manager

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