Academic Writing Sample Answers Practice 18 Test 04

Debate over space exploration is often framed as a choice between distant scientific ambitions and urgent human needs. Critics are right that public budgets involve real opportunity costs, especially when people lack food, housing or protection from climate-related disasters. Nevertheless, I believe sustained space research is essential, provided that expenditure is selective, internationally coordinated and connected to clear scientific or public benefits.

Those who oppose such spending argue that its rewards are uncertain and may arrive only after decades. A costly mission to a remote planet can appear difficult to justify when the same resources could expand clean-energy infrastructure, improve sanitation or support communities facing extreme weather. Moreover, prestige sometimes influences national space programmes. Governments may duplicate one another’s work or pursue highly visible missions primarily to demonstrate technological power. The commercial gains can also flow to a small group of contractors, while taxpayers carry the financial risk. From this perspective, directing additional money towards proven solutions on Earth is both fairer and more effective.

Supporters respond that space research already helps address terrestrial problems rather than competing with them entirely. Satellites monitor deforestation, ocean temperatures, ice loss and greenhouse gases, giving policymakers evidence that ground observations alone cannot provide. They also support weather forecasting, disaster warnings, navigation and communications in remote areas. Beyond these immediate uses, the demanding conditions of space programmes stimulate advances in materials, robotics and energy systems. Long-term research is important as well: studying asteroids, solar activity and planetary environments improves knowledge of threats that, although unlikely in any particular year, could have enormous consequences.

In my view, abandoning space exploration would sacrifice valuable scientific capacity without guaranteeing that the savings reached disadvantaged people. Poverty and climate change result partly from political choices and unequal distribution, not simply from a shortage of money equivalent to a space budget. However, this does not justify every mission. Governments should prioritise Earth observation, planetary defence and fundamental research with openly published results. Expensive projects driven mainly by national prestige should face strict independent review, and countries should share equipment and data to avoid unnecessary duplication. Private companies benefiting from public contracts should also bear an appropriate portion of commercial risk.

In conclusion, immediate social and environmental needs deserve the larger share of public resources, but they do not make space science dispensable. A disciplined programme can help solve problems on Earth while preserving the knowledge and technology needed to protect humanity in the future.

Some people consider government spending on space exploration irresponsible while poverty and climate change remain serious problems. Others see space research as necessary for human progress and survival. I believe governments should continue to fund it, but projects must provide genuine scientific or practical value and should not reduce essential social and environmental spending.

The argument against space exploration is based mainly on opportunity cost. Launching spacecraft, building specialised equipment and supporting missions over many years can require substantial public investment. That money could instead provide housing, healthcare, clean water or renewable-energy systems, all of which improve lives more directly. The benefits of exploring distant planets may also be uncertain, particularly when human settlement beyond Earth remains extremely difficult. In addition, governments sometimes use space achievements to increase national prestige. Funding a repeated or mainly symbolic mission is hard to defend when urgent domestic programmes lack resources.

However, space research produces important benefits on Earth. Satellites allow scientists to observe changes in forests, oceans, weather systems and polar ice across large areas. This information supports climate research and can help authorities prepare for storms, floods and fires. Satellite technology also provides navigation, communication and services for communities that are difficult to reach by ground infrastructure. Space missions require reliable materials, computing and robotic systems, so research in this field can contribute to wider technological development. Looking further ahead, monitoring asteroids and solar activity may help protect the planet from rare but potentially severe threats.

In my opinion, the two goals should not be treated as complete opposites. Ending every space programme would not automatically eliminate poverty or ensure effective climate policy, because these problems also involve governance and distribution. At the same time, scientific ambition should not become an excuse for unlimited spending. Independent experts should assess the likely value of major missions, and results obtained with public money should be openly available. International cooperation could reduce costs by preventing countries from constructing similar systems separately. Priority should go to climate monitoring, communications, planetary defence and research with broad benefits, rather than prestige projects.

In conclusion, spending on Earth’s immediate needs must remain the main priority. Nevertheless, carefully chosen space research supports environmental action, useful technology and long-term security. Its advantages justify continued investment as part of, rather than a replacement for, efforts to improve life on Earth.

There are different opinions about whether governments should spend money on space exploration. Some people think these funds should be used to reduce poverty and protect the environment, while others believe space research is important for the future. In my view, space programmes should continue, but governments must control their cost and give priority to projects that benefit the public.

People who oppose space exploration have understandable concerns. Missions require expensive rockets, equipment and highly trained workers, and their results are not always immediately useful. Meanwhile, many people need affordable housing, food, healthcare and education. Governments also need to invest in renewable energy, public transport and protection against floods or extreme heat. Spending large amounts on a distant planet may therefore seem unfair when serious problems are affecting people now. Some missions may also be designed mainly to improve a country’s international image rather than answer an important scientific question.

On the other hand, space research has several practical benefits. Satellites help scientists observe the climate, follow major storms and measure environmental changes. This information allows governments to prepare for natural disasters and make better environmental decisions. Satellites are also used for navigation, communication and delivering services to remote regions. Research for space missions can lead to stronger materials, improved computers and more capable robots that may later be useful in other industries. In the longer term, observing asteroids and activity around the sun could help protect Earth from natural threats.

I believe it would be a mistake to stop space research completely. Solving poverty depends not only on the total amount of money available but also on how resources are distributed and how policies are managed. However, this does not mean every proposed mission deserves funding. Governments should compare costs with likely benefits and cancel projects that only repeat existing work or serve national pride. Countries can share technology, information and launch systems to reduce unnecessary expense. Projects that monitor Earth, improve communication or investigate genuine dangers should receive priority.

In conclusion, poverty and climate change require greater and more immediate investment than space exploration. Even so, carefully managed space research has important benefits for daily life and humanity’s future, so its funding should be reduced where wasteful rather than removed altogether.