Home Blog Page 165

How Can the West Avoid the Japanification Of Its Economies, a Phenomenon Driven by Demographic Impacts?

By Naohiro Yashiro

Demographic shifts affect the downward decline in GDP per capita growth in G7 countries, notably Japan. Ageing is not a future problem, it is taking place now as the baby boom generation is retiring and putting pressure on the labour market and social security. Implementing the “age-free” principle, including regulatory reform, is essential in policy making.

The GDP per capita growth in the Group of Seven countries has been downward since the 1990s, with Japan experiencing the most significant decline, and the United States the least (diagram 1). This trend, often referred to as “Japanification”, is usually characterised by a balance sheet recession following the bursting of an asset bubble in 1990, leading to deflation and financial stress. The inability to quickly normalise interest rates due to high debt levels associated with an increasing trend in the social security budget further indicates this trend.

While Japan has been at the forefront of this “declining productivity puzzle”, it’s important to note that the long-run demographic shift is also a critical factor in the trend. It is not exclusive to Japan, but a global phenomenon that will soon become more apparent in other G7 countries, potentially impacting their economic growth.

Implementing the “age-free” principle, including regulatory reform, is essential in policy making.

There is a common understanding of the negative impacts of an ageing population on economic activities. Still, one may wonder why it is happening now, or at least becoming clearer, as it has been a gradual process . An insight into the phenomenon is the ageing of the baby boomers born after the Second World War. They entered the workforce and contributed to the high economic growth post-war, but gradually got old and entered retirement age.

The speed at which Japan’s population is ageing is outstanding, reflecting both the high economic growth up to the 1980s and the prolonged economic stagnation. Between 2000 and 2020, the old-age dependency ratio in Japan increased from the lowest level of 27 per cent to the highest, 52 per cent, among the G7 (diagram 2).

It is crucial to learn from Japan’s experience. The current Japanese policies do not adapt quickly to modern demographics and keep economic growth low. This is mainly due to the memory of past successful economic development and efficient manufacturing industries. However, these competitive industries are migrating to other Asian countries with an abundant young labour force. The remaining agriculture and service industries, which depend on increasingly aged workers and are protected by various regulations, are not sustainable in the long run.

Given the UN demographic projection that other G7 countries will follow Japans demographic shifts in the coming decades, a key question arises: how can the UK and other G7 countries avoid the Japanification of their economies through demographic shifting?

Key Policy Issues

Diagram 1

Diagram1

There is a way to overcome the economic and fiscal issues arising from population ageing. An increasing old-age dependency rate results from longer life expectancy and declining fertility rates. The former arises from better social conditions, stable household incomes, sufficient healthcare services, and fewer crimes. The latter is mainly the result of households’ decisions to invest in higher education for fewer children.

Why did these people’s rational behaviours result in social problems? An increasing life expectancy implies that, on average, older adults become healthier and can work longer than before. The failure of the social system and business practices that are inconsistent with older people working longer lives should be the primary cause. The policy’s role is to encourage older people to stay in the labour market. Reskilling middle- and older-aged workers is essential in order to keep their vocational skills. Introducing the concept of “age-friendly jobs” and establishing an “age-free” society is crucial in an ageing society. This is particularly true in Japan, where age-dominant practices, such as mandatory retirement, are still prevalent.

Social security reforms to discourage earlier retirement are essential. The statutory eligibility age for a public pension should be raised to reflect an increase in life expectancy or keep the ratio of working periods in one’s lifetime constant.

Longer working lives also incentivise household savings for financing new investments. Healthcare services could keep people in good health and more employable for a longer lifespan.

Diagram 2

Diagram 2

Labour Market Policies

The negative demographic impacts are more prominent in the labour markets. The decline and ageing of the population would constrain economic activities. Still, increasing the labour force participation of older people and women partly offsets the adverse effects of a decreasing population.

This is particularly important for an increasing number of older populations. The participation of Japanese males aged 55 to 64 in the labour force is the highest in G7 countries, but they are subject to mandatory retirement practices at age 60 to 65. The government obliges firms to re-employ their workers after mandatory retirement up to age 65, while allowing wage reductions.

This is obvious “discrimination by age” and is not allowed in many other OECD countries. However, it reflects the age-based practices of long-term employment guarantees and seniority-based wages. These practices have been established in the pyramid-like age structure of the population in the past and are no longer so rational to adopt as populations age. However, reform is politically tricky for the vested interests of old workers who suffered low wages in their younger days.

Increasing participation of females in the labour force is expected in an ageing society. Tightening labour market conditions and higher college enrolment would encourage women to enter the professional jobs formerly occupied by men. However, married women face a trade-off between pursuing professional jobs and child-raising at home. This is particularly the case in Japan and other East Asian countries suffering a rapid decline in fertility rates. This implies that the government faces a trade-off between policies encouraging more females in the labour force and increasing the number of children born.

personal finance

Immigration Policy

Immigration could partly offset the declining population. However, the extent to which a country accepts immigrants varies widely. Japan was negative towards opening the door to immigrants by accepting only skilled workers, mainly white- collar college graduates. However, the definition of “skilled workers” has recently expanded to specific blue-collar jobs; for example, nurses and caregivers who care for older people, as well as construction workers. This policy change widens the range of immigrants, but the qualification of Japanese language fluency has been added for those “middle-skilled” workers. As a result, the basic policy of not accepting unskilled immigrants has been maintained.

This is because not only the quantity but the quality of the immigrants is essential. An increasing number of immigrants expands social costs, particularly their children’s school education. Although a rigid barrier for non-Japanese, language fluency is a minimum requirement for maintaining social harmonisation with immigrants.

Social Security Policies

The expansion of the public sector in the past decades has been a general phenomenon in OECD countries, which can be associated with the ageing of the population. The costs of public pensions could be controlled by keeping the proportion of retired people in the total population constant by adjusting the statutory pension eligibility age to life expectancy.

The government’s provision of healthcare services must set specific limits to prevent an explosion caused by ageing and developments in medical technology.

Increasing the efficiency of healthcare provision would be essential, as older people are heavy consumers of healthcare or nursing care services. For example, the current “fee for service” scheme in healthcare insurance in Japan is wasteful. The introduction of general physicians (as in the UK) to Japan is essential in order to reduce the healthcare costs of older patients with multiple diseases.

The ageing society is likely affected by a “silver democracy”. This is characterised by a rising number of older adults, which can exert pressure on the adequate provision of pensions, healthcare, and long-term care. This pressure would lead to increased taxes and further slow economic growth.

Increasing participation of females in the labour force is expected in an ageing society.

Moreover, older people would likely resist reforming existing schemes, often reflecting the glorious economic success of the past. This concept is prominent in Japan, with a proportionally increasing old population and the lower voting ratio of younger generations during elections. Both aggravate a vicious circle of disproportionate older people’s voices, and discourage young people’s interest in politics.

In summary, as the population ages in the G7 countries, a growing working-age population, which had been a source of economic growth, becomes an ever- increasing older population and discourages economic growth. This means that the former demographic dividend becomes a demographic drag. The negative impacts are more prominent in Japan, suffering the most significant demographic shift. However, other G7s will eventually face this risk of “Japanificiation”.

The key concept here is the “age-free” principle. This policy is essential in preventing age discrimination and encouraging older workers to stay in the labour market through government support for reskilling. An increasing working- life period with a higher life expectancy is necessary in order to finance a longer retirement through social security. Population ageing, which results from longevity, is essentially desirable for the people, and appropriate policy measures could overcome the negative impacts.

This article is the essence of the report initially prepared for the Growth  Commission. https://www.growth-commission.com/research/

About the Author

naohiroDr. Naohiro Yashiro is a professor at Showa Women’s University. Prior to joining SWU, he was president of the Japan Center for Economic Research and a member of the Council of Economic and Fiscal Policy. He is co-editor of The Economic Effects of Aging in the United States and Japan.

References

  1. The data source is the OECD’s GDP per hour worked, accounting for an  increasing number of part-time workers. 
  2. United Nations, World Population Prospects: The 2022 Revision

Food Dumping, Rising Food Insecurity and Hunger in Developing Countries

Food Dumping, Rising Food Insecurity and Hunger

By Dr Kalim Siddiqui

Is the WTO´s global food liberalisation policy more harmful than good? How has relying on international trade for food supply led to food dumping? Dr Kalim Siddiqui makes a deep dive into how global policies shape the economy of developing nations and the very lives of farmers.

I. Introduction

The study analyses the issues of food dumping and food insecurity in developing countries. I also examine the relationship between the World Trade Organisation (WTO) policy of global trade liberalisation on food security and food self-sufficiency in poor countries. Specifically, it investigates whether this policy undermines food security in poor countries by examining its impacts on food importation and food dumping. The available statistics indicate an increased food import dependency on international trade in many poor countries. Food importation not only exposes producers and consumers to increased vulnerability both to worsening terms of trade and to fluctuations in commodity prices but also exposes the domestic food-producing industries to the danger of extinction through steep competition.

Poor countries mainly rely on imports of agricultural commodities, which undermines self-sufficiency in food, and adversely impacts rural communities and reduces rural employment and incomes.

Food dumping and food insecurity are very important to examine as it has long-term economic and social impacts on both agricultural exporting and importing countries. It undermines the economic viability of the farmers in developing countries who aim to sell in the domestic markets or intend to sell overseas. Such practice distorts competition in local markets due to huge income and asset differences between farmers in poor and rich countries. Food dumping has become a very important policy tension between the rich and poor countries at WTO trade negotiations. We must not ignore that global trade in agricultural commodities is controlled by four big agricultural corporations that control more than 80 percent of cereals sold in international markets.

Farmers in the European Union (EU) and the United States (US) are big in terms of acreage of operation of farms, capital assets they possess, and use of chemical inputs. They are the world’s largest exporter of agricultural commodities. The four largest exporter corporations such as Cargill, ADM, Bunge, and Louis Dreyfus, based in rich countries, dominate the international commodities markets. Despite some new countries joining the exports of agricultural commodities, still, in international markets, a large proportion of exports are dominated by six to seven countries.

Moreover, the world population has increased during the last few decades and people are living longer. People also have diversified their diet and eating rice and grain, while consuming more meat, vegetables, and processed food. Since 1995, with the establishment of WTO and trade negotiations, world trade has risen sharply, including agricultural commodities.

II. What is Food Dumping?

Food dumping means exports of food commodities at prices below the local cost of production thus forcing the local farmers to leave farming as an unviable activity. Such policy hurts farmers in importing countries, especially poor countries with little power to defend their markets and agrarian communities. In the name of competition and efficiency, trade liberalisation in agriculture commodities was imposed through Uruguay Rounds in the 1990s by the WTO with full support from the US and EU, who had huge agricultural surpluses and therefore, were seeking new markets to sell their surpluses. It is unfair competition between the large farmers of the Global North and the poor and small farmers of the Global South. The rich countries encourage the over-production of a few agricultural commodities, which is an important source of food dumping in a never-ending battle to increase yields.

It is estimated that farm incomes have declined by 50 percent since 2013 and the US farmers rely on off-farm income and government production and income support to stay as farmers. The policy of maximising short-term profits ignores long-term viability and sustainability. Such policy had long-term severe negative impacts on the environment such as impact on soil, ecology, and biodiversity. This is because markets externalise environmental costs.

Poor countries mainly rely on imports of agricultural commodities, which undermines self-sufficiency in food, and adversely impacts rural communities and reduces rural employment and incomes. For example, imports of rice in Haiti in 2010 were encouraged by the IMF, World Bank, and neoliberal economists to promote free trade in agricultural commodities (World Bank, 2018), by overlooking dumping issues. This raised the balance of payment crisis making Haiti more dependent on food imports, as global market prices changed sharply, the country became more vulnerable. Liberia in 2007 opened their markets for food imports due to pressure from the IMF. Soon, international food prices rose, and the government was unable to pay higher prices of imported wheat, and the food insecurity increased.

Food imports, in the short run, help poor countries facing food deficits to reduce food prices and increase food availability as well as help urban consumers to buy cheap food. In the long run, however, such policy undermines the agricultural sector, self-reliance, and food independence, thereby reducing long-term investments in the rural sector, including the farming sector.

Source: https://www.statista.com/statistics/1332329/leading- countries-worldwide-by-value-of-agricultural-products-exported/

The US is the world’s largest producer and exporter of agricultural commodities (See Figure 1). The US-based agribusiness dominates the global food market. However, for several agricultural commodities in which the US is the leading exporter to the world’s market, the prices it charges in the global market are lower than the cost of production. For example, in 2015, the US exported wheat at 32 percent lower than the cost of production, other commodities like soybeans at 10 percent, corn at 12 percent, and rice at 2 percent (Murphy and Hansen-Kuhn, 2017).

Worldwide in the coming decade, global agricultural production (measured in constant prices) is projected to increase by 17 percent (See Figure 2). However, the growth will be predominantly located in large-population countries such as India, China, and Indonesia (Siddiqui, 2015). It will be driven by productivity-increasing investments in agricultural infrastructure and research and development; the mobilisation of production resources will rely on the use of more water and new inputs i.e., more intense use of agricultural inputs.

Dumping undermines the farmers in developing countries to compete in the global markets. For instance, in early 2000, the US dumping of cotton was complained to WTO by Brazil and also by many African countries. The WTO ruling favoured Brazil and pointed out that government subsidies provided US farmers an unfair advantage and suppressed the world market price, which adversely affected Brazilian farmers. In 2009, the US agreed to pay Brazilian farmers compensation.

Trends in Global Agricultural Production
Source: FAO, 2022; OECD, 2022. https://doi.org/10.1787/agr-out-, http://www.fao.org/faostat/en/#data/qv

The debt crisis leading to the adoption of IMF’s ’’Structural Adjustment Programme’’ imposed in the 1980-1990 liberalised trade and global food corporations got greater access to world food markets. For instance, in West Africa, there is no doubt that the food trade rose, but the availability of food and food consumption fell below levels in the 1960s. The situation slowly improved between 2000 and 2015, but since 2016 food consumption in West Africa fell, and 27 percent of the population are living with severe food insecurity (See Figure 3) due to rises in inequality and income disparity. This is affecting more than 330 million people with 240 million being malnourished, particularly in rural households.

A five-fold increase in population since independence has exacerbated the problem, leaving African people four times more affected than any other region and with food insecurity increasing. This situation has arisen despite many African countries’ exports of agricultural commodities. The focus on large farms and Western technology in agricultural policies for national food sovereignty has meant that rural economic development has been neglected, recognising the influence of global political and market forces on food prices, and food consumption.

Source: FAO; IMF.

Historically, colonialism fundamentally had disrupted and suppressed food security systems, which resulted in widespread poverty, chronic food shortages, and malnourishment. Such policy had undermined local knowledge, biodiversity, and self-reliance in food production. Post-independence, there were limited resources to meet and resolve enormous challenges of backwardness, mass poverty, illiteracy, and hunger. African countries did not achieve the political, cultural, and economic changes that were necessary to ensure their governments’ independent economic development to help the social and economic needs of the inhabitants (Mamdani, 1996).

By focusing political and economic development on resource extraction and neglecting the biophysical limitations, environmental degradation and social inequality increased, and unpredictable rainfall events now led to human catastrophes. Soon after independence, the Global North made a conscious decision that the free countries should pay the cost of addressing the colonial underdevelopment, repay the loans for the failed developments of the 1950s-1970s, continue to accommodate the needs of the Global North, and pay compensation to re-possess alienated land. This curtailed the new nations’ ability to invest in rural economic development. Moreover, the post-independence governments continued the expansion of non-value-added exports to the Global North. Investment in African institutions and policies, to foster growth and equitable employment in domestic and regional economies, was neglected. International institutions dominated in formulations of policies, which served the political and economic interests of the Global North.

Trade liberalisation made protection of domestic farmers nearly impossible, while such policy made self-sufficiency in food production unviable which destroyed livelihoods and created food import dependency for countries with the highest reliance on food imports (See Figure 4) and only served the interests of big global corporations. International trade regimes did not incorporate fair-trade agreements for the Global South. Hence, the global corporations with their huge finances and lobbying undermined African food security, resulting in financial dependency, and increasing the balance of payment crisis (Koning, 2017).

Source: https://www.statista.com/statistics/1332329/leading- countries-worldwide-by-value-of-agricultural-products-exported/

The international financial institutions provided capital to carry out their macroeconomic growth agenda, with the expansion of infrastructure, motorways, and foreign investment and increased reliance on the greater role of big corporations in the production, marketing, and distribution of products. Their key recommendation policy includes an increase of non-food exports and productivity by using new technologies, integrating the agricultural sector with global agro-business corporations, and thus expanding rural employment.

However, the benefits of the open trade in food commodities tend to accrue to the largest producers and to the agribusinesses that dominate the global food supply, these big corporations profit when prices rise, while the farmers face the risk of unpredictable weather, climate change, or unstable markets. If the world prices of agricultural commodities fall, then limiting production is not the best option, as no individual farmer can affect the market, meaning the farmer must increase output and hope that more output can compensate for lower prices.

III. The IMF, World Bank and World Trade Organization (WTO)

The macroeconomic crisis was followed by a debt crisis in the 1980s-90s in most of the developing countries. During this period, their economy was adversely affected by the global recession that followed the oil crisis, falling commodity prices, and mounting foreign debts, which resulted in escalating current account deficits and worsening terms of trade. Under such circumstances, the crisis in the developing countries could have been avoided if they could cut down luxury imports, and fund large projects while strengthening domestic economies and production, and the international financial institutions should have supported the creation of better export commodity prices and fair trade.

Dumping undermines the farmers in developing countries to compete in the global markets.

The World Bank and other international banks provided capital to mega projects without critically examining their feasibility and viability (World Bank, 2018). Many developing countries had difficulties repaying these loans due to the appreciation of the US dollar – which led to rising US interest rates as these overseas debts were to be repaid in US dollars – and corruption. With declining commodity prices in the 1980s, debt repayment became an impossible task which rose to more than four times its original debt. To bail out the economies in poor countries in the 1980s-90s was subject to the acceptance of the IMF’s Structural Adjustment Policies. That includes allowing big international corporations to buy the country’s resources, and the sharp reduction in spending on health, education, agriculture, and subsidies to farmers. While in the name of earning foreign exchange, foreign capital was encouraged to invest in the cultivation of crops for exports by clearing land or converting agricultural land to the production of biofuel, animal feed, and carbon off-sets. As a result, foreign companies’ demand to buy lands surged in most African countries and this contributed to the neglect and decline of food production leading to domestic food shortages, rising food prices, and loss of livelihoods in most African countries.

The focus on export crop production, with full support from international financial institutions and local elites, meant that funds were unavailable to address the research and development needed to develop local food security, including a production system suitable for the diverse biophysical and socioeconomic conditions in Africa, to increase productivity in nutrient-poor soils and to increase investment in livestock to improve household income and soil fertility.

After the Second World War, the process of decolonisation began, and the question arose of how to remove backwardness and mass poverty in the colonies. This was also the period when the IMF, World Bank, and United Nations were created and the task of these critical international institutions was to address the economic disparity created by centuries of exploitation and colonialism, but they were vehemently opposed by the US, Britain, and France. They also opposed the formation of the World Food Board, to provide global supply management to avoid price fluctuations caused by scarcity and gluts of essential foods. The formation of international trade organisations favouring the poor farmers of the Global South could have helped to pursue fair trade and reduce the few powerful companies controlling trade in food commodities and this could have helped in the pursuit of food sovereignty, food security, and reduced food price fluctuations and the market manipulations by a handful of big corporations (Koning, 2017).

The colonial system was based on the export of agricultural commodities and minerals often with inappropriate production systems, which were to serve the interests of foreign companies, rather than promoting local rural economy and food security. This policy continued in the post-colonial period as well. This resulted in severe local food shortages and a movement away from traditional mixed production systems. The politically independent governments did very little to economically move away from past colonial relationships. These governments always saw Western agricultural production systems and technologies as the best to solve the food crisis. This included the production of rice, wheat, and maize, which were not staple crops in most African countries. They opted for this high-input high-output production, which resulted in a deep agrarian, environmental, and balance of payment crisis. The large farms and imported new inputs, besides increasing the imports and debts, had failed, particularly in countries with a predominance of small farms and huge unemployment. Without the enabling state-driven market institutions that accompanied the Green Revolution in South Asia (Siddiqui, 1991), these production systems have not led to increased productivity and growth in the domestic agricultural sector in African countries.

With declining commodity prices in the 1980s, debt repayment became an impossible task which rose to more than four times its original debt.

In response to the debt crisis, the trade liberalisation policies forced poor countries to cut spending on agriculture, education, housing, and health and allowed private foreign investment to extract the resources that were vital for local communities’ livelihoods. A vicious circle of debt and interest payments drained Africa and little money was left for local agriculture development. This kept Africa in poverty and remains a barrier to rural development and locally suitable domestic food production.

The increasing price of imported food since 2000 has encouraged local farmers and developers to invest in farming. As a result, the number of farms of 5-20 hectares has increased in many African countries. This has been driven by new players with money often earned from non-farm activities. This presents an opportunity for improving productivity and viability. However, there is also the potential for displacement and loss of livelihoods for local communities through deforestation, environmental impacts, and transfer of farmland from domestic food production to export crop production. More recently, the region has become vulnerable to international and domestic supply chain disruption as was witnessed during the COVID-19 pandemic.

Soon after independence, the dirigisme regime in India prevented land encroachment by the Indian capitalists and foreign agro businesses into agriculture (Siddiqui, 2014; also see 2018a). The government also protected agriculture from the vicissitudes of global market price fluctuations and provided subsidies on farm inputs, invested in irrigation, and guaranteed remunerative prices through government procurement of some food commodities (Kohli, 2004). However, under neoliberalism, insulation of the agricultural sector has ended and it seems that not just capitalism within agriculture is developing, but also being superimposed by the domestic and foreign capital upon farmers in India. The increased role of the market led to a drastic squeeze in the profitability of farmers, along with the cost of living rising due to the privatisation of health and education. The effect of this increased marketisation and withdrawal of government support resulted in severe hardship and suicide of over 300,000 farmers in the last three decades in India.

For example, at present for India, the agriculture sector plays an important role in the Indian economy and its better performance is crucial for inclusive growth. This sector at present contributes only 17 percent of the GDP, while it employs 60 percent of the total employment. Moreover, the forward and backward linkage effects of agriculture growth will have positive effects on other sectors as well. The major challenge for the Indian economy is that the share of agriculture in GDP decreased from more than 60 percent in 1950 to 25 percent in 2000, 20 percent in 2005 and further to 16 percent in 2022. However, two-thirds of the total labour force still relies on the agriculture sector for employment (Siddiqui, 2018b).

India joined WTO in 1995 and the Agreement on Agriculture (AoA) was signed with the WTO, which prevents the country from providing export subsidies to agricultural commodities, this also puts constraints on the use of the National Food Security Act (NFSA) which provides subsidised food to poor households. The procurement system supports farmers who sustain the agriculture sector. India’s minimum price support is being challenged by the WTO that India has breached the rule specified by the AoA agreement. As a result, the Indian government is gradually withdrawing subsidies provided to farmers, which have been very important to protect farmers’ incomes. Moreover, the public stockholdings of food grains to safeguard the low-income groups are under attack.

IV. The persistence of food insecurity

Africa is the only region in the world that increased export production in the 1980s and 1990s, but it also coincided with a decline in per capita food production and a rise in food insecurity in poor countries. Even though most African countries were net exporters of agricultural products, cereal imports grew from 2.5 to more than 15 million tons between 1960 and 2000, and by 2010 Africa’s average per capita income was less than half that of other developing countries. Poverty remains the main barrier to accessing food. In rural areas in particular, millions of people are at the mercy of a market-driven distribution system, foreign aid, commodity speculators, and unstable food prices (See Figure 5 a, b, c).

Source: https://upload.wikimedia.org/wikipedia/commons/5/59/Food_Price_Index.webp

COVID-19 and the Russia-Ukraine war had a very severe impact on the food shock, which fell sharply. The suffering is worst in 48 developing countries, many highly dependent on imports from Ukraine and Russia – mostly low-income countries. Of those, about half are especially vulnerable due to severe economic challenges, weak institutions, and fragility.

Many African governments used foreign borrowings to subsidise chemical fertiliser, credit, and water for large farms. These farms were allocated to the elites who received a large share of governments’ agricultural development funds in the 1970s for example, 50 and 80 percent in Nigeria and Ghana, respectively. Similarly, the large farmers in Ghana received cheap land for rice production in the 1970s. The cultivation of rice requires huge water inputs. But the land allocated for rice farming had 20 percent of arable land in 1975, they also received 75 percent of imported chemical fertilisers, most of the improved seeds, new machines including tractors at subsidised prices, and huge amounts of cheap credits (Siddiqui, 1997). These subsidies to large farmers did little to improve food production or create employment but rather encouraged corruption and nepotism. Mechanisation was also economically unviable when commodity prices were low. Finally, the efforts to boost the large farms and increase food output in Ghana and Nigeria miserably failed and proved to be very costly, biased against the small farmers, and failed to reduce food imports.

The African governments failed to invest in agriculture towards self-sufficiency in food production, especially food for local consumption, and to facilitate the integration of food production into regional economies. Moreover, foreign investors were biased towards foreign technologies and inputs, thus, creating barriers to integrating agriculture into the domestic economy and generating economic growth and employment.

Africa, for example, is dominated by small farms, cultivating less than 5 hectares of land, but accounting for over 80 percent of farms and around 90 percent of agricultural output. Despite this, small farms were not included in the government’s plans for agriculture development and food security. The small family farms remained under-resourced, and government policy undermined their viability. The local governments failed to increase food production with the help of small farms and local resources. If they had supported small family farms, they could have strengthened domestic food security and the national economy (Koning, 2017).

The increasing price of imported food since 2000 has encouraged local farmers and developers to invest in farming. As a result, the number of farms of 5-20 hectares has increased in many African countries.

To understand food sovereignty and food security, we must examine production and consumption relations in contemporary agriculture because the core of food sovereignty is to take into consideration the socio-economic power in the market. As Akram-Lodhi notes: “The prevailing set of social-property relations within which food providers and food consumers are embedded in capitalism – the means of production are under the control of a socially dominant class, labour is free from significant shares of the means of production and free to sell its capacity to work, and the purpose of commodity production is seeking of profit. The localised smallholder farming model that is central to food sovereignty’s alternative food system, … as an ’incubator’ of food sovereignty cannot be abstracted from capitalist social relations, which are defined by relations of exploitation between capital and classes of labour. Smallholder farming is currently subordinated through a range of mechanisms under the corporate food regime, to capitalist social property relations.” (Akram-Lodhi, 2015: 566)

To Achieve food security in the developing countries would require more reliance on local farmers to be integrated into income-generating activities such as rural industries, promotion of livestock, fisheries, and so on, so they can pay for services they need. Not all small-scale farmers can become viable, and land consolidation is needed for farmers with the productive capacity to expand and specialise. Relying on large farms means displacement of farmers, even if some small farms are unviable, they will be reluctant to sell as there are no alternative employment options for them. Forcing them to leave villages would generate a huge wave of rural-to-urban migration, escalating urban slums, crimes and poverty. 

V. Conclusion

The study found trade liberalisation in agricultural commodities and increasing reliance on international trade for food supply encourages dumping of the excess products in developing countries at relatively cheaper prices. This harms domestic production and reduces the income of domestic farmers and other investors in the food production chain.

Trade liberalisation in agriculture meant that uncertainties related to international price movements became directly significant for Indian farmers as the government did not provide any assistance to absorb these price volatility shocks (Siddiqui, 1998). Under such circumstances, Indian farmers were pushed to compete against highly subsidised large farmers in developed countries. For instance, in cotton, such uncertainty has given misleading signals to farmers who responded by changing cropping patterns and did not expect a sudden fall in prices. It has also affected farmers producing soybeans and ground nuts due to palm oil imports.

The problem is that if agriculture policies are formulated on the principle of ’’free market’’ then it will have deep social and economic implications in the country. This is because, firstly, in industry, production is a continuous process, but agriculture output takes place not continuously and its output cannot be adjusted to demand conditions. Secondly, the agricultural scale of operations takes place on a much smaller basis e.g., in a country like India, agriculture operations are dominated by small and medium farms rather than industry. Thirdly, agriculture output fluctuates due to weather and other natural factors. Fourthly, farmers holding stocks after harvests are also very limited, meaning agriculture supply cannot be increased rapidly. Fifthly, demand for agricultural commodities tends to be price inelastic. In short, in the presence of all factors, the agriculture sector requires government intervention in the markets (Siddiqui, 1999).

Since the mid-1990s, the WTO, IMF, and World Bank promoted trade liberalisation of agricultural commodities (World Bank, 2018). The WTO imposed trade policy, which reduced livelihood opportunities, displaced ecologically sustainable agricultural practices (Siddiqui, 2021), and created food import dependency. But in contrast to free trade and neoliberalism, food sovereignty requires domestic and national control over food production and food trade rather than market forces.

The study concludes that focusing on increasing yields by using expensive imported new seeds and chemical fertilisers and machines for large farm operations is not economically viable for African countries.

The study concludes that focusing on increasing yields by using expensive imported new seeds and chemical fertilisers and machines for large farm operations is not economically viable for African countries. They need quite different solutions based on local resources and needs and an improved understanding of intercropping and crop-livestock integration. The imposition of large-scale industrialised agriculture will destroy ecology, and crop diversity and make these countries more dependent on the West (Siddiqui, 2024).

Food sovereignty requires changes to global and local agricultural policies. Government intervention is necessary but not sufficient conditions to achieve food sovereignty. Agricultural trade is dominated by agro-food big corporations whose main objective is to maximise profits and expand markets, characterised by relentless food commodification and ’’supermarketisation’’. Corporate agriculture is driven by fossil-fuel, large-scale capital-intensive industrially driven big farms. This has squeezed petty commodity producers worldwide and especially undermined food security and food sovereignty while increasing vulnerability and import food dependency on poor countries.

About the Author

kalimDr Kalim Siddiqui is an economist specialising in International Political Economy, Development Economics, International Trade, and International Economics. His work, which combines elements of international political economy and development economics, economic policy, economic history and international trade, often challenges prevailing orthodoxy about which policies promote overall development in less-developed countries. Kalim teaches international economics at the Department of Accounting, Finance and Economics, University of Huddersfield, UK. He has taught economics since 1989 at various universities in Norway and the UK.

References

  1. Akram-Lodhi, A.H. (2015). “Accelerating Towards Food Sovereignty”, Third World Quarterly, 36(3): 563-583.
  2. Kohli, A. (2004). State-directed Development: Political Power and Industrialization in the Global Periphery. Cambridge University Press: Cambridge.
  3. Koning, N. (2017). Food Security, Agricultural Policies and Economic Growth Long-term Dynamics in the Past, Present and Future. London: Routledge. https://doi.org/10.4324/9781315753928
  4. Mamdani, M. (1996). Citizen and Subject: Contemporary Africa and the Legacy of Late Colonialism. Princeton University Press.
  5. Murphy, S. and Hansen-Kuhn, K. (2017). “Counting the Costs of Agricultural Dumping”, Institute of Agriculture and Trade Policy, June. https://www.iatp.org/sites/default/files/2017-06/2017_06_26_DumpingPaper.pdf
  6. Siddiqui, K. (1991). “India’s Green Revolution and Rural Poor”, Bergens Tidende, (in Norwegian) June 11, Bergen, Norway.
  7. Siddiqui, K. (1997). “Credit and Marketing of Sugarcane: A Field Study of Two Villages in Western Utter Pradesh”, Social Scientist, 25(1-2): 62 – 93.
  8. Siddiqui, K. (1998). “The Export of Agricultural Commodities, Poverty and Ecological Crisis: A Case Study of Central American Countries”, Economic and Political Weekly, 33(39): A128-A137, September 26.
  9. Siddiqui, K. (1999). “New Technology and Process of Differentiation: Two Sugarcane Cultivating Villages in UP, India”, Economic and Political Weekly, 34(52): A39-A53, December 25.
  10. Siddiqui, K. (2014). “Contradictions in Development: Growth and Crisis in Indian Economy”, Economic and Regional Studies, 7(3): 82-98.
  11. Siddiqui, K. (2015). “Agrarian Crisis and Transformation in India”, Journal of Economics and Political Economy, 2 (1): 3-22.
  12. Siddiqui, K. (2018a). “The Political Economy of India’s Economic Changes since the Last Century” Argumenta Oeconomica Cracoviensia, 19: 103-132.
  13. Siddiqui, K. (2018b). “Development Induced Displacement: A Critical Analysis” Turkish Economic Review, 5(2): 226-239.
  14. Siddiqui, K. (2021). “Agriculture, Sustainable Development, and the Government Policy in the Developing Countries”, The World Financial Review, January-February, 44-59.
  15. Siddiqui, K. (2024). “Indian Agriculture, Role in the Economy and Economic Liberalisation: Revisited”, Forthcoming.
  16. World Bank. (2018). World Development Indicators. Washington DC: World Bank.

The Best Way To Create A Beautiful And Thriving Indoor Garden

Indoor garden

Every person can have a beautiful and thriving indoor garden, even those without a green thumb. It’s best to start small with only a few plants and expand the garden over time. Plants help clean the air while beautifying the space. The following are a few ideas to help everyone create an indoor garden they love. 

A Cannabis Garden

With marijuana legalized in many parts of the country today, men and women may want to try growing cannabis. This plant is well suited for indoor gardens if the owner has the proper setup. When shopping for marijuana seeds, growers must learn the requirements for each strain to ensure their indoor garden has the right equipment for the plants to thrive. 

A Living Shelf

Certain plants love humidity and thrive in wet conditions. Ferns are an excellent example of a plant that does well in this environment. Trailing plants can be used to create a living shelf in a bathroom or any other room of the home. A string of pearls, a string of hearts, and golden pathos are other plants that can also be used to create the shelf. 

Low-Light Gardens

Imagine turning the bedroom into an oasis for plants. Many people choose to do this today, as plants add oxygen to the air. They will be able to breathe better as they sleep. Bedrooms tend to be shadier than other rooms in the house, so plants must be carefully selected for a bedroom. Consider a Monstera plant combined with a fern and a Philodendron. All are well-suited for low-light conditions and will brighten up any room in the home. 

Mini-Gardens

When the home has limited space for plants, why not add a few terrariums? These small decorative items can be placed in nooks and crannies throughout the house to add visual interest. They are ideal for plants that would otherwise not thrive indoors and cost little to create. 

Fool-Proof Plants

Some individuals feel they have a black thumb. No matter what they do, they cannot get plants to survive, much less thrive. Certain varieties of plants are difficult to kill, however, even if they are neglected for extended periods. Snake plants are a good example of a plant that thrives without much care. However, this plant is toxic to cats and dogs, so people must consider other plant species if they have pets in the home. 

A Living Wall

A living wall is exactly as the name suggests: a wall made up of plants. Some people choose to plant an entire wall in the home, but many individuals only plant a small portion of a wall. Choose an area with plenty of light and select plants with similar care requirements, as they must be fed and watered simultaneously. 

Air Plants

Certain plants don’t need soil to survive. They get the water they need through the leaves, making them perfect for various locations throughout the home. Many people choose air plants for use in the bathroom. If the bathroom doesn’t have windows, however, make certain they can tolerate low-light conditions. 

Indoor gardens improve indoor air quality while beautifying a space. Learn more today about the many plants that can thrive indoors, including cannabis plants. There’s no better way to bring nature indoors.

Novo Nordisk: Riding the Wegovy Wave to European Dominance

Novo Nordisk

By Emil Bjerg, journalist and editor

Thanks to soaring demand for diabetes and obesity drugs Wegovy and Ozempic, Danish drug maker Novo Nordisk is now the biggest company in Europe. In this profile, we cover its challenges and future potential.

In 2023, Jimmy Kimmel opened the Oscars with a reference to Novo Nordisk: “Everybody looks so great. When I look around this room, I can’t help but wonder ‘Is Ozempic right for me?’”

With the commercial introduction of Ozempic and Wegovy, Novo Nordisk has become a reference point in pop culture – while also becoming a global economic power player.

Last year, Novo Nordisk became the biggest European company, surpassing luxury brand LVMH. How did a Danish diabetes drug company achieve that growth and what future challenges and growth potential lies ahead? In this pro le, we cover it all.

Wegovy and Ozempic tap into a massive global market

The origins of Novo Nordisk dates back to 1923, following a trip to Canada by Danish scientist August Krogh and his wife, doctor Marie Krogh, in which they secured permits to produce insulin in Denmark. The pair had a personal investment in getting the permit: Marie Krogh was a diabetic herself, and before the introduction of insulin, diabetes was a deathly disease. In recent years, Novo Nordisk has expanded outside diabetes medications, launching treatments for weight loss and heart diseases.

Novo Nordisk owes its recent success to the medications Ozempic and Wegovy. Ozempic is prescribed to patients seeking to lose weight, while Wegovy is used for diabetes management. The active ingredient in both medications is ‘semaglutide’, a component discovered by Novo Nordisk scientists. Semaglutide mimics a naturally occurring hormone in the body called GLP-1, that helps regulating blood sugar levels by stimulating insulin production, slowing down digestion, and reducing appetite.

In contrast to previous weight loss medications, which have proved largely ine           cient, Ozempic actually works. And that opens a massive global market: There are more than one billion obese people in the world, a number still on the rise. “This is going to be one of the biggest, one of the highest demand drugs in the history of pharmaceuticals,” health care specialist Jared Holz recently told CNBC. In the           rst six months of 2023, the sales of Ozempic rose by 58%, while that number is a staggering 363% for Wegovy.

Clinical trials a ecting stock prices

As a pharmaceutical company, clinical trials play a massive role in the success of Novo Nordisk. In 2023, a late-stage clinical trial showed that Wegovy reduced the risk of major adverse cardiovascular events by 20% compared to a placebo. The Novo Nordisk stock climbed by 17% that day.

Similarly, in March 2024, Novo Nordisk’s stock surged dramatically after their announcement of positive trial results for their oral new weight-loss drug, amycretin. While clinical trials have mostly had a positive e ect on the perceived value of Novo Nordisk, this also adds an element of volatility to the stock.

Risks, challenges, and critiques

Novo Nordisk is in intense competition with fellow diabetes and weight loss medication company Eli Lilly. Like Novo Nordisk has Ozempic and Wegovy, Eli Lilly has Mounjaro and Trulicity.

Eli Lilly’s active component tirzepatide has proven to be even more e ective than Novo Nordisk’s semaglutide for weight loss. In the US, the FDA recently approved it as a weight loss medication under the name Zepbound. But Novo Nordisk CEO Lars Fruergaard Jørgensen takes the competition with a stoic calmness: “I like competition because if there’s no competition, there’s a risk that we don’t stay innovative. So we have been competing with Eli Lilly for 100 years,” he says. Their competition in this lucrative space is said to push both companies research and development efforts with Eli Lilly spending 25% of their budget on R&D.

In China, the country in the world with the highest number of obese people, Novo Nordisk is bracing for heightened competition as its patent on semaglutide is set to expire in 2026. Similarly, in 2032 Novo Nordisk’s US patent on semaglutide will expire. With patents disappearing on two of their most lucrative markets, it will be a fundamental challenge for Novo Nordisk to innovate beyond semaglutide.

Also in the US, Novo Nordisk faces criticism for pricing their diabetes medicines at too high a price point. A month of Ozempic costs $969 a month in the US, but just $155 in Canada and $59 a

month in Germany. Novo Nordisk blames the American health care system, arguing, that they only retain around 60% of the sales price of Ozempic and Wegovy after rebates and fees to middlemen. Lars Jørgensen, Novo Nordisk CEO, has recently agreed to testify voluntarily in a US Senate hearing focusing on the company’s US prices.

And then there are the side e ects. While semaglutide is generally considered much safer than earlier weight loss drugs, GLP-1s like semaglutides and Eli Lilly’s tirzepatide have been linked to side e ects like mild nausea and more serious adverse e ects like stomach paralysis, depression, and suicidal thoughts. While the risk of side e ects is low, they do represent a future risk for Novo Nordisk and Eli Lilly as well.

One of the biggest challenges according to Novo Nordisk itself? Keeping up with the high global demand. “To be able to support all the of the patients who are diagnosed or would be diagnosed as obese in the US market, you’d have to be able to supply over 50 billion pens,” healthcare stock analyst Seamus Fernandez says. And that’s in the US market alone. According to Novo Nordisk, in 2023 the company invested more than $10 billion in new production facilities, while also operating existing facilities 24/7.

Prospects and potentials

While Novo Nordisk faces several challenges, in the last five years, Novo Nordisk’s stock has grown more than fivefold, sparking a natural interest in what lies ahead for the company.

Market analysts are generally in consensus about the future growth prospects of Novo Nordisk. Among 26 Financial Times analysts, on June 13, 2024, five experts recommended to buy the stock, 13 experts believed that Novo Nordisk’s stock would outperform competition, while nine recommended to hold the stock. Two recommended to sell, and none believed the stock will underperform. The same analysts predicted a 22.03% increase in dividends in the upcoming fiscal year compared to last years dividends.

Ozempic has already become normalized in Hollywood and beyond as a medication for meeting beauty standards. Next up could be the average consumer, experts predict: “After treatments become available for those who need it the most, the next step is likely reaching the average consumer. That is people who want to lose a little extra weight,” healthcare stock analyst Seamus Fernandez says. While consumer products don’t command the same pro t margins that pharmaceutical products do, they can be scaled to a much bigger market, which could become a serious driver for future growth.

At the same time, the market for overweight medications is guaranteed to grow: 1.2 billion people are predicted to be obese by 2030.

But with rising competition and expiring patents, Novo Nordisk will have to innovate outside semaglutide to stay on its successful trajectory. Currently, the drug CagriSema looks like a candidate to compete with Eli Lilly’s Zepbound. CagriSema, a combination formulation of semaglutide and the component cagrilintide, is currently in phase three testing for type 2 diabetes and obesity and initial results look promising. Novo Nordisk is also continuing its research in medications for heart diseases while branching out into drug research for kidney diseases.

Novo Nordisk is actively expanding in rapidly growing markets like Asia-Paci c, Latin America, and Africa, where diabetes and obesity rates are rising. These regions are experiencing signi cant increases in the prevalence of diabetes and obesity due to changing lifestyles, urbanization, and dietary habits.

Finally, Novo Nordisk also expands into technological solutions to enhance patient care and treatment outcomes. The company has developed digital health platforms and mobile applications tailored to support diabetes and obesity management. Novo Nordisk work with three categories: optimize, augment and explore. With optimize, the company looks into how they “can use data, automation, and robotics to enhance our processes”. Augment means to Novo Nordisk to improve “outcomes for patients using treatments and tools that incorporate drugs, diagnostics, devices, digital, and data”. Explore “is about leveraging digital to create value for our patients independent of the drug, as well as partnering with start-ups and institutions to invest in and scale in the area of holistic care.”

And so, with heavy competition, Novo Nordisk continues to innovate from drug discoveries to product optimization.

Laser Marking Machine and Its Advantages

Laser Marking Machine.
Image from https://wattsan.com/

Laser marking is a technology for applying images, texts, barcodes to the surface of products. This procedure is used to facilitate product identification. Modern systems can even apply holographic micro-reliefs and hidden codes to the surface of the material, which serve as a defense against product copying.

If you are just looking to buy a laser marking machine, you need to carefully analyse the offerings in the market. One of the leading suppliers of laser marking equipment is Wattsan. They offer a wide range of devices that are characterized by high performance, reliability and versatility. Specialists will help you to choose the optimal solution taking into account the specifics of production and characteristics of processed materials.

Equipment and technologies

Laser Marking Machine
Image from https://wattsan.com/

The main criterion when choosing marking equipment is the efficiency of laser radiation absorption by the material. For example, for most metals this indicator is in the visible and near-infrared ranges. Laser marking of materials is often used at manufacturing enterprises for quick application of barcodes and other identification information on products. It is used in the following industries:

  • Pharmaceutical;
  • Automotive;
  • food;
  • construction;
  • chemical;
  • cosmetics, etc.

Laser marking offers a number of important advantages over traditional marking methods. It achieves high resolution and accuracy without adversely affecting the physical and operational properties of the material. In addition, laser marking is resistant to external influences and is virtually wear-free, which significantly increases the lifetime of the marking. Another important advantage is the ability to mark even hard-to-reach areas of the product.

Technologies

Lasers with different wavelengths are used to apply identification information to workpieces. The most commonly used lasers for this purpose are fibre, gas, solid state, green and ultraviolet lasers. There are 6 types of laser marking:

  • Used for metal processing. Under the influence of high beam temperature, oxidation occurs on the surface of the workpiece, which leads to a change in the colour of its surface. The structure of the metal is not disturbed. The inscriptions are clear and legible.
  • The surface of the workpiece is melted and vaporised using a laser. The beam also removes part of the material. Notches are formed on the surface, which is called engraving.
  • When exposed to heat, a chemical reaction takes place which affects the reflective properties of the surface. Depending on the type of material, the inscriptions take on different colours.
  • The beam dissolves the material. As a result, gas bubbles form in the material and scatter the light. As a result, the marked area is brighter than the rest of the unmarked area. This method is mainly used for dark plastics.

Variety of equipment

Laser Marking Machine
Image from https://wattsan.com/

The devices differ in terms of the type of laser emitters and the technology used. Many laser marking systems are suitable for processing different types of materials. For example, stainless steel, acrylic and wood. The most common types of markers are:

  1. Based on fibre lasers. The beam is amplified in glass fibre, which increases its intensity. Such devices are used for laser marking of metal, plastic and other materials. Fibre models do not require special care.
  2. Gas CO2. For the operation of these devices, carbon dioxide is used, which passes into the state of excitation under the influence of electricity. Gas devices are characterised by high power and accuracy. With the correct setting with their help you can mark acrylic, glass, wood, plastic, leather goods, marble.
  3. Solid-state. The units are equipped with pump diodes. They are characterised by high beam stability, so they are often used in difficult production conditions: under vibration, shaking, strong shocks. With the help of solid-state equipment it is possible to mark metals, plastics, ceramics.

The system can support several types of transmitters. They can be activated by user command or manually connected individually (one transmitter is replaced by another). Some models support simultaneous operation of two lasers.

To ensure the accuracy of workpiece machining, automatic focusing technology is used. This option is provided by ultrasonic sensors. They detect the workpiece, automatically determine the focus point, and then the system moves the work table to the desired position. The operator always has the option of manually adjusting the focus. The user can set the beam coordinates, material thickness. Ultrasonic sensors are usually built into the laser head.

Laser marking is a high-tech and effective way of applying identification information to the surface of various products. It has a number of advantages over traditional methods, such as high accuracy, resistance to external influences and the ability to mark hard-to-reach places. Due to these qualities, laser marking is widely used in various industries, especially where reliable product identification and anti-counterfeiting are required. Further development of laser marking technology will contribute to its wider spread and introduction into new applications.

Credit Scoring Software: Improving Efficiency

Credit score on smart phone

In today’s world, lending is an integral part of the financial system. Banks and lending institutions are constantly looking for ways to improve the process of evaluating potential borrowers in order to minimise risk and maximise profits. One of the most effective tools in this area is credit scoring software based on machine learning techniques.

Advantages of using machine learning in credit scoring

Traditional methods of assessing the creditworthiness of borrowers are often based on a limited set of factors such as credit history and income level. However, the use of machine learning allows you to analyse a much larger amount of data and identify hidden patterns that are inaccessible to the human eye.

Credit scoring software that uses machine learning algorithms can process huge amounts of information, including social media, geolocation data and even borrower behavioural characteristics. This enables the creation of more accurate and personalised risk assessment models, which ultimately leads to a reduction in overdue debt and increased profits for lending institutions.

In addition, the use of machine learning significantly accelerates the decision-making process on loan applications. Automated data analysis and real-time scoring allow for faster response to customer requests and increased customer satisfaction.

Implementation peculiarities

Despite the obvious advantages, the implementation of credit scoring based on machine learning can be fraught with certain difficulties. One of the main problems is the quality and completeness of the source data. For the algorithms to work effectively, it is necessary to ensure the collection and structuring of large amounts of information from various sources.

Another important aspect is ensuring the transparency and interpretability of machine learning models. Unlike traditional scoring systems, where the decision-making process is easily explainable, machine learning algorithms are often perceived as a “black box”. Software developers should pay special attention to creating clear and explainable models to ensure trust from regulators and customers.

In addition, the introduction of new technologies requires significant investments in infrastructure and staff training. Credit organisations must be prepared for major changes in their business processes and corporate culture.

Development prospects

As machine learning and artificial intelligence technologies evolve, credit scoring software will become increasingly sophisticated. Research is already underway to apply the latest algorithms, such as deep learning and natural language processing, to analyse unstructured data and build more accurate predictive models.

In the future, we can expect to see the emergence of fully automated credit scoring systems capable of making independent decisions on applications based on a wide range of data. This will significantly reduce transaction costs and increase the availability of credit products for the population.

However, it is important to remember that technology cannot completely replace the human factor in decision-making. Credit scoring software should be seen as an auxiliary tool rather than a one-size-fits-all solution to all problems. Credit organisations need to strike a balance between automation and peer review to ensure that the credit process is as efficient and fair as possible.

Machine learning-based credit scoring software opens up new possibilities for assessing the creditworthiness of borrowers. The use of advanced algorithms makes it possible to analyse huge data sets, identify hidden patterns and build more accurate predictive models. This leads to reduced risks, increased profits and higher customer satisfaction.

However, implementing new technologies requires careful preparation and significant investment. Credit organisations need to ensure the quality of input data, transparency of models and staff training. Only with an integrated approach will credit scoring software be able to realise its full potential and become a reliable assistant in making financial decisions.

Avoiding Financial Strain In 2024 And Beyond

Financial Strain

Many people across the world are faced with financial strain. As prices rise, so does the pressure to keep our heads above water. There is one thing that can add to the weight of this pressure: Income disruption. We can never be sure of what lies ahead, and if our income is disrupted due to unexpected events, falling into financial hardship may be unavoidable. However, there is one simple step that we can take to ensure this doesn’t happen. Today, we want to discuss income protection insurance and highlight how one small investment can help us avoid financial strain throughout our lives.

The Importance of Gaining an Extra Layer of Financial Security 

We spend our lives building an income, but we often overlook securing it. As our families begin to grow, we need to do whatever we can to ensure everyone will be looked after. No matter how careful we are with our spending, losing our income due to a medical emergency, accident, or anything else can be truly devastating. Income protection insurance is there to ensure you can always afford outgoings during these times, reinforcing our barrier against financial hardship.

A Breakdown of Income Protection Insurance

Income protection insurance is a policy designed to substitute up to 70% of our income if we are unable to work due to illness, injury, disabilities, or emergencies. Each policy will vary in its terms and conditions, but it can be tailored to suit your specific requirements. Upon purchasing income protection insurance, it is possible to select the coverage option, benefit period, and waiting period to align with our income, financial obligations, savings, and budget.

The Benefits of a Comprehensive Income Protection Insurance Policy

It is essential when purchasing any insurance policy that it will do what it is meant to do if we ever need to use it. Taking the time to assess the terms to ensure they align with our needs is imperative. A good income protection insurance policy gives us financial stability, flexible and adjustable terms, support services, and, most importantly, peace of mind.

Additional Steps to Achieve Financial Stability  

Protecting our income should be considered an essential part of life. Income protection insurance is a fantastic policy to strengthen our financial situation, but there are also other steps we can take to ensure we are looked after no matter what.

  1. Build an emergency fund of at least six months’ earnings.
  2. Diversify our income by exploring other financial opportunities.
  3. Create a realistic budget and stick to it.
  4. Manage debts to increase our credit rating as a fallback option.
  5. Look after our health and well-being to reduce the risk of an illness or injury impacting our ability to work.

Conclusion

Life can be unpredictable, so it is essential to take steps to ensure our finances are never compromised. In an ever-changing financial climate, income protection insurance is one of the wisest purchases we can make. By combining a comprehensive policy with other necessary steps, there is no need to worry about meeting financial obligations during uncertain times.

What Are the Key Indicators to Consider in Cryptocurrency Analysis? Essential Factors Explained

Cryptocurrency Trading

When diving into cryptocurrency analysis, it’s essential to use the right indicators to make informed decisions. Key indicators in cryptocurrency analysis include fundamental analysis and technical analysis. Fundamental analysis evaluates the intrinsic value of digital assets by looking at market dynamics, technological advancements, and broader economic factors. You can find in-depth insights on this in cryptocurrency analysis by News BTC.

In contrast, technical analysis focuses on market data such as price trends and trading volumes. Indicators like the stock-to-flow model and the Relative Strength Index (RSI) are popular tools for estimating future price movements. These approaches can guide traders in determining the best entry and exit points in the market.

Both methods offer valuable insights but address different aspects of crypto trading. Combining these strategies can improve your trading decisions and help you stay ahead in the volatile world of cryptocurrency.

Technical Analysis Fundamentals

Technical analysis in crypto trading involves studying price charts, patterns, trading volumes, and technical indicators. By understanding these elements, you can better predict future price movements and develop effective trading strategies.

Understanding Price Charts and Patterns

Price charts are fundamental in cryptocurrency technical analysis. They show historical price data, helping you spot trends and patterns over time. Candlesticks are common charting tools, display open, high, low, and close prices for a given period. Candlestick patterns, such as bullish engulfing or bearish hammer, signal potential price reversals.

Trend lines help you visualize the direction of the market. An uptrend indicates a rising market, while a downtrend shows a declining market. Recognizing these trends allows you to make more informed trading decisions.

Evaluating Trading Volumes and Momentum

Trading volume represents the total amount of a coin traded within a time period. It indicates market activity and can reflect buying or selling pressure. High volume during a price increase suggests strong buying momentum, while high volume during a decline indicates selling pressure.

Momentum measures the speed of price movement. Tools like the Relative Strength Index (RSI) help gauge how fast prices are changing. An RSI above 70 suggests an asset is overbought, while below 30 indicates it’s oversold. Understanding volume and momentum helps you gauge market sentiment and anticipate price shifts.

Using Technical Indicators

Technical indicators are mathematical calculations based on price, volume, or momentum. They guide your trading strategy by signaling potential entry and exit points. Common indicators include:

  • Moving Averages: Smooth out price data to identify trends. The 50-day and 200-day moving averages are popular.
  • MACD (Moving Average Convergence Divergence): Tracks changes in strength, direction, momentum, and duration of a trend.
  • Bollinger Bands: Show price volatility and potential overbought or oversold conditions.
  • Stochastic RSI: Combines RSI and stochastic oscillator to provide more precise momentum readings.
  • Fibonacci Retracement: Predicts potential support and resistance levels based on historical price moves.

Using these tools, you can improve your cryptocurrency trading strategy by better understanding market dynamics and predicting future price movements.

Fundamental Analysis Application

Understanding how to apply fundamental analysis helps you make informed decisions about cryptocurrencies. Key aspects include examining market trends, evaluating blockchain projects, and analyzing on-chain metrics.

Assessing Market Trends and Cycles

To predict future price movements, you need to observe market trends and cycles. These patterns can show the direction of price swings over time. Long-term investors and short-term traders both benefit from recognizing these trends.

Market trends can be bullish or bearish. A consistent price increase signals a bullish trend, while a decline indicates a bearish trend. Cycles are the recurring phases of expansion and contraction in the market.

Trends and cycles provide insights into volatility, helping you gauge risk and potential returns. Platforms like CoinMarketCap offer tools to track these patterns.

Evaluating Blockchain and Project Fundamentals

When evaluating blockchains and their projects, focus on the technology and team behind them. The project’s whitepaper outlines the use case and value proposition.

Tokenomics is necessary. Look at the coin’s utility within the ecosystem and its token distribution. Check the incentives for token holders and the network effects.

Community engagement is another factor. A strong, active community can drive adoption and growth. Research the competitive landscape to see how the project stacks up against others.

Analyzing Market Data and On-Chain Metrics

On-chain metrics are invaluable for fundamental analysis. These metrics include transaction volume, active addresses, and supply data. High transaction volumes can indicate strong interest in a cryptocurrency.

On-chain data also shows token distribution concentration. If a few wallets hold a large percentage of tokens, it might indicate centralization risks.

Platforms like Glassnode offer detailed analytics on blockchain data. These insights help you understand the intrinsic value of a cryptocurrency and forecast price movements.

By integrating these elements, you create a comprehensive view of a cryptocurrency’s potential.

Conclusion

To succeed in cryptocurrency analysis, focus on important indicators. Fundamental analysis provides insight into the intrinsic value of a digital asset. Market capitalization and trading volume show the scale and liquidity of various cryptocurrencies. Technical analysis helps predict price movements using historical data and trends. By understanding and using these key elements, you can make more informed investment decisions.

Guide to Test Automation and Codeless Testing

Businessman Sitting on Black Rolling Chair While Facing Black Computer Set and Smiling
Photo by Andrea Piacquadio on Pexels

What Is Test Automation?

Test automation plays a pivotal role in software development, offering a systematic approach to testing applications using specialized tools that execute tests automatically, manage test data, and utilize results to improve software quality. You want to know how to choose codeless automation testing tools? This article explores the concept of test automation, its advantages, how it works, and why it is increasingly essential in the software development lifecycle, with a particular focus on the emerging trend of codeless testing.

Understanding Test Automation

Test automation involves the use of software tools to run repetitive and data-intensive tests automatically. These tools can perform tests that cover new changes and regress existing functionalities to ensure past features still work as expected. The goal is to increase the efficiency, effectiveness, and coverage of software testing, helping teams achieve consistent results faster and with fewer resources.

The Advantages of Test Automation

Efficiency

Automation significantly reduces the time required for repetitive testing, allowing tests to run unattended (often overnight).

Accuracy

Automation eliminates the possibility of human error, providing precise and consistent test results.

Cost-Effectiveness

Although the initial setup cost might be high, over time, automation testing reduces the cost of testing by speeding up the process and requiring fewer resources to execute tests.

Scalability

Automation supports testing complex and large-scale systems that might be challenging and time-consuming to test manually.

Reusability

Test scripts are reusable across different versions of the application, even as enhancements are made.

How Does Test Automation Work?

Test Tool Selection

Depending on the project requirements, an appropriate testing tool is selected that supports the technologies used in the application.

Test Planning and Design

Define the scope of automation, plan the strategy, and design test scripts. This includes identifying the tasks that will be automated and creating the test environment.

Test Development

Develop the test scripts using the automation tool. This step involves writing scripts that define the tests and possibly integrating with data sources, test data, and output comparisons.

Test Execution

The developed scripts are executed by the automation tool, which will simulate user actions on the application being tested and generate detailed test reports.

Result Analysis

Analyze the results generated by the test runs to identify defects or areas of improvement in the application.

Maintenance

As the software application is updated or expanded, the test scripts may need to be updated or new scripts may be written to ensure continued test coverage.

What Is Codeless Testing?

Codeless testing represents an innovative approach within the realm of test automation. It allows users to create automated tests without writing any code, utilizing visual interfaces and pre-built functions to design test scenarios. This makes automation accessible to non-developers and accelerates the testing process.

The Advantages of Codeless Testing

Accessibility

Codeless automation testing tools enable testers without programming skills to participate in test automation, broadening the pool of potential users.

Speed

Creating tests without writing code can significantly speed up the test development process, allowing for faster iterations and quicker feedback.

Ease of Use

Visual interfaces and drag-and-drop functionalities make codeless testing tools intuitive and easy to use, reducing the learning curve associated with traditional coding.

Collaboration

With more team members able to contribute to the automation effort, codeless testing fosters better collaboration between developers, testers, and business stakeholders.

Adaptability

Codeless testing tools often come with pre-built integrations and adaptable frameworks that can easily be tailored to different testing needs and environments.

Tools Commonly Used in Codeless Testing

Several tools and frameworks support codeless testing, each with specific features catering to different testing needs. Some of the widely used tools include:

BugBug

BugBug is a user-friendly test automation tool for automating browser tests, offering quick setup and no programming knowledge necessary for creating and managing tests.

Katalon Studio

Katalon Studio provides a comprehensive codeless testing environment, supporting web, mobile, and API testing with built-in keywords and drag-and-drop capabilities.

Testim

Testim uses artificial intelligence to create, execute, and maintain tests, providing a robust platform for codeless testing that adapts to changes in the application.

Ranorex

Ranorex offers a codeless test automation tool that supports desktop, web, and mobile applications, with features like recording, playback, and easy integration with CI/CD pipelines.

Mabl

Mabl is a codeless testing tool that leverages machine learning to enhance test creation and maintenance, focusing on user experience and fast feedback loops.

The Role of Test Automation and Codeless Testing in DevOps and Agile

Test automation and codeless testing are integral to DevOps and Agile environments, facilitating continuous integration and continuous deployment (CI/CD) by providing rapid feedback to developers about the health, functionality, and risks of their latest code. This continuous testing ensures that the software can be reliably released at any time, enhancing the agility of the development team.

Conclusion

Test automation, particularly with the advent of codeless testing, is a crucial component of modern software development strategies. By automating repetitive and labor-intensive tasks, organizations can improve the efficiency and accuracy of their testing processes, bringing high-quality software to market faster. As technology evolves, codeless testing continues to grow in importance, making it an essential skill for developers and testers in the software industry.

Reviewing the Latest AI Art Generator Tools: Features and Benefits

AI Art Generator

In recent years, artificial intelligence (AI) has become a transformative force across various sectors, and the realm of art is no different. The advancements in AI art generator tools have ushered in a new era of creativity, allowing artists, designers, and hobbyists to craft remarkable visuals with ease. According to a report by MarketsandMarkets, the global AI market is projected to grow from $21.5 billion in 2018 to a staggering $190.61 billion by 2025, reflecting a robust compound annual growth rate (CAGR) of 36.6%. This surge reflects the growing demand for accessible and efficient creative tools.

One key driver of this demand is the increasing need for high-quality visuals across various industries. From marketing campaigns to social media content, captivating visuals are essential for grabbing attention. However, creating professional-looking images can be time-consuming and expensive, especially for those without design expertise. This is where AI art generators step in, offering a solution that is both user-friendly and powerful.

But with a plethora of AI art generator tools available, choosing the right one can be overwhelming. This blog delves into the features and benefits of the latest AI art generators, helping you navigate this exciting new frontier. We’ll also explore how these tools can complement existing creative workflows and address some of the challenges associated with AI-generated art.

Democratizing Creativity: How AI Art Generators are Making Art Accessible

AI art generators are fundamentally changing the way people create art. Unlike traditional art forms that require years of practice and specialized skills, AI tools allow anyone to generate stunning visuals based on simple text prompts. This democratizes creativity, making art creation accessible to a much wider audience.

For instance, a marketing professional with a limited design background can use an AI art generator to create unique visuals for a social media campaign. Similarly, a writer experiencing writer’s block can use AI-generated visuals to spark new ideas and enhance their storytelling.

Exploring the Top AI Art Generator Tools

The capabilities of AI art generators are constantly evolving, offering a wide range of features to cater to diverse creative needs. Here’s a closer look at some of the most prominent features:

  • Magic Studio: Known for its perfect mix of user-friendliness and robust AI, Magic Studio is considered one of the best background remover online. It simplifies the process of uploading images and accurately removing backgrounds, even with complex objects like hair or fur. Magic Studio provides a free plan with limited edits for casual users and affordable subscriptions for frequent use.
  • Text-to-Image Generation: This core functionality allows users to describe their desired artwork using natural language. The more detailed and specific the prompt, the better the AI can translate it into a visual representation.
  • Style Transfer: This feature enables users to apply the artistic style of a famous artist or a specific art movement to their creations. Imagine generating an image in the style of Van Gogh or creating a surreal masterpiece inspired by Salvador Dalí.
  • Image Editing: Many AI art generators allow users to refine and edit the generated images. This can involve adjusting colors, modifying composition, or adding details for a more polished look.
  • Advanced Controls: Some tools offer more granular control over the generation process. Users can specify image resolution, aspect ratio, and even the desired artistic medium (painting, sketch, etc.) for a truly customized experience.
  • Community Features: Certain platforms foster a creative community by allowing users to share their AI-generated art and provide feedback on each other’s work. This collaborative environment can be a valuable source of inspiration and learning.

Here are some of the top AI art generator tools to consider, each with its own unique strengths:

  1. NightCafe: This user-friendly platform offers a variety of AI models to choose from, along with daily art challenges and a supportive community. NightCafe is a great option for beginners and those seeking a fun and interactive experience.
  2. Dream by WOMBO: This mobile app boasts an intuitive interface and a wide range of artistic styles. Dream by WOMBO is perfect for creating quick and creative visuals on the go.
  3. Midjourney: This powerful tool offers exceptional artistic quality and a high degree of control over the generation process. However, Midjourney requires joining a waitlist and has a steeper learning curve compared to some other options.
  4. Adobe Sensei AI in Photoshop: This integration within Adobe Photoshop allows users to leverage AI for tasks like removing backgrounds (a popular online search, as indicated by the term “best background remover online”) and generating realistic textures. It’s a valuable tool for professional designers and photographers.

Benefits Beyond Accessibility: The Power of AI Art Generators

While accessibility is a major advantage, top AI art generator tool offers a plethora of additional benefits:

  • Increased Efficiency: AI can significantly accelerate the creative process by generating multiple variations of an image in seconds. This allows artists to explore a wider range of ideas and quickly iterate on their concepts.
  • Breaking Creative Blocks: AI can help overcome creative roadblocks by generating unexpected and inspiring visuals. These AI-generated images can spark new ideas and help artists push the boundaries of their creativity.
  • Prototyping and Brainstorming: AI art generators can be a valuable tool for brainstorming visual concepts and prototyping ideas. This is particularly beneficial for product designers, game developers, and other creative professionals who need to generate visual assets quickly and efficiently.

The Nuances of AI Art: Challenges and Considerations

Despite the undeniable advantages, AI art generators also come with certain challenges to consider:

  • Limited Control: While some tools offer advanced controls, many AI art generators still have limitations in terms of user control. The final output may not always perfectly match the user’s vision, requiring refinement or even starting over.
  • Skill Gap: AI art generation is a new skill in itself. Learning how to craft effective prompts and refine the generated images requires practice and experimentation.
  • Copyright and Ownership: The legal landscape surrounding AI-generated art is still evolving. It’s crucial to understand the copyright terms of each platform and how they pertain to the ownership of the generated artwork.
  • Ethical Considerations: The potential for AI-generated art to be used for malicious purposes, such as creating deepfakes or spreading misinformation, needs to be acknowledged and addressed.

The Future of AI Art: Collaboration and Co-Creation

The future of AI art is likely to be one of collaboration and co-creation between humans and machines. Artists will increasingly leverage AI tools to enhance their creative workflows, experiment with new styles, and generate unique ideas. We can expect advancements in AI capabilities that will offer even greater control over the generation process, leading to more precise and nuanced artistic expressions.

Conclusion: Embracing the Power of AI Art Generators

The emergence of AI art generators marks a significant shift in the art world. These powerful tools offer a compelling combination of accessibility, efficiency, and creative potential. While challenges remain, such as limited control and evolving legal frameworks, AI art generators hold immense promise for both established artists and those just beginning their creative journeys. By embracing these tools and understanding their strengths and limitations, we can unlock new avenues for artistic expression and push the boundaries of what’s possible in the realm of visual art.

EDITOR'S PICK OF THE WEEK

CFO's new mandate. CFO explaining the presentation

The Performance and Transformation Orchestrator: The CFO’s New Mandate in the Age of AI

By Terence Tse CFOs are evolving into AI-driven transformation orchestrators, balancing finance, technology, and strategy while upskilling teams, managing risks, and driving measurable business value. A key insight from this year’s AI for CFOs event, organized...

WISE DECISION MAKER GUIDE

POWER INFLUENCERS

Emerging Trends

The Future of Global Trade