Some places in Australia and the USA have a problem with bad algae in the water. Many people do not understand this problem, and governments are slow to help.

澳洲和美國的一些地區正面臨水體中出現有害藻類的問題。許多人並不理解這個問題，而政府採取救援行動的速度也十分緩慢。

A study in Australia asked 1,031 people about algae. Most people did not know why algae grow. Some people believed wrong stories on the internet. They care more about fires than about the water.

澳洲的一項研究調查了 1,031 人關於藻類的情況。大多數人不知道藻類生長的原因。有些人相信網路上的錯誤資訊。他們對火災的關注程度高於對水質的關注。

Governments wait too long to act. They want a lot of data first. But the water gets bad very quickly. The government says the weather is the problem, but they do not have a local plan to stop it.

政府採取行動的時間太晚。他們希望先獲取大量數據。但水質惡化的速度非常快。政府聲稱天氣是主因，但他們並沒有制定本地計劃來阻止此現象。

In the USA, people use chemicals to clean the water. This does not work for a long time. Experts say it is better to use small water animals and plants. These natural things eat the algae and keep the water clean.

在美國，人們使用化學藥品來清理水質。但這在長期來看並無效果。專家表示，使用小型水生動物和植物會更好。這些天然生物會攝食藻類，使水質保持乾淨。

Australia now has a new office to study algae. Scientists want to help, but many people still do not see the danger.

澳洲目前成立了一個新辦公室來研究藻類。科學家希望能提供幫助，但許多人仍然沒意識到其中的危險。

Recent environmental events in South Australia and the United States have shown that the public does not fully understand harmful algal blooms (HABs) and that government responses often lack efficiency.

近期在南澳州與美國發生的環境事件顯示，大眾對有害藻類爆發（HABs）並不完全了解，且政府的應對措施往往缺乏效率。

A study by 'The Algal Bloom Shed' involving 1,031 Australian residents revealed a significant lack of scientific knowledge regarding what causes HABs. About 57.2% of participants blamed the wrong factors, while nearly one-third were unsure. Consequently, this gap in knowledge allowed false theories to spread on social media, including claims about industrial pollution and foreign military activity. Furthermore, the study emphasized that the public cares less about HABs than they do about economic issues or more visible disasters like bushfires, even though climate change is likely to increase the frequency of these blooms.

《藻類爆發棚》針對 1,031 名澳洲居民的研究顯示，大眾對於造成 HABs 的原因嚴重缺乏科學知識。約 57.2% 的參與者將原因歸咎於錯誤的因素，而近三分之一的人則不確定。因此，這種知識差距導致錯誤理論在社交媒體上傳播，包括關於工業污染與外國軍事活動的說法。此外，研究強調，儘管氣候變遷可能會增加這些爆發的頻率，但大眾對 HABs 的關注程度低於經濟問題或像山火這樣較為顯眼的災難。

Government responses have been described as reactive rather than proactive. The research suggests that relying too heavily on 'evidence-based decision making' can actually slow down emergency responses, as environmental damage often happens faster than governments can collect and analyze data. While the South Australian government eventually explained that the blooms were caused by a mix of nutrient-rich floods and heatwaves, the study argues that blaming global climate trends may lead officials to ignore local solutions that could reduce the damage.

政府的應對措施被描述為是被動而非主動。研究指出，過度依賴「循證決策」實際上可能會減慢緊急應變速度，因為環境損害發生的速度通常快於政府收集與分析數據的速度。雖然南澳州政府最終解釋爆發是由營養豐富的洪水與熱浪共同造成，但研究認為，將原因歸咎於全球氣候趨勢可能會導致官員忽略能減少損害的在地解決方案。

Similarly, water management in the United States, such as at the Reflecting Pool, shows that chemical and mechanical tools are often insufficient. Experts believe that using ozone technology and chemicals provides only a temporary fix and may harm the environment. Instead, they suggest that nature-based solutions, such as using specific aquatic plants and zooplankton (Daphnia) to eat the algae, would be more sustainable. The study notes that draining and refilling pools destroys natural adaptations, such as heat resistance in plankton, which makes the water more vulnerable to future blooms.

同樣地，美國的水務管理（例如在反思池）顯示，化學與機械工具通常不足。專家認為，使用臭氧技術與化學品僅能提供暫時性的解決方案，且可能損害環境。相反，他們建議採取以自然為本的解決方案，例如利用特定的水生植物與動物浮游生物（水蚤）來攝食藻類，將會更具永續性。研究指出，排乾並重新填充水池會破壞自然適應能力（例如浮游生物的耐熱性），使水質在未來更容易受到爆發影響。

Efforts to manage HABs are moving toward more organized research, such as the new National Office for Algal Bloom Research in Adelaide, although there is still a large gap between scientific needs and public awareness.

管理 HABs 的努力正朝向更組織化的研究方向發展，例如在阿德萊德成立的新國家藻類爆發研究辦公室，雖然科學需求與大眾認知之間仍存在巨大差距。

Recent ecological events in South Australia and the United States have highlighted significant deficits in public understanding and systemic vulnerabilities in government responses to harmful algal blooms (HABs).

近期在南澳洲與美國發生的生態事件，凸顯了公眾對有害藻類暴發（HABs）的理解嚴重不足，以及政府應對機制中的系統性漏洞。

A quantitative analysis conducted by 'The Algal Bloom Shed,' involving 1,031 Australian residents, indicates a profound lack of scientific literacy regarding HAB triggers. Approximately 57.2% of participants attributed these phenomena to non-primary causal factors, while nearly one-third remained uncertain. This cognitive gap facilitated the proliferation of unsubstantiated theories via social media, including claims of foreign military interference and industrial contamination. The study further posits that public prioritization of HABs is marginal compared to socio-economic concerns and more visible disasters, such as bushfires, despite the high density of coastal populations and climate projections suggesting increased bloom frequency.

由「藻類暴發小屋」（The Algal Bloom Shed）對 1,031 名澳洲居民進行的定量分析顯示，公眾對 HABs 觸發因素的科學認知嚴重缺乏。約 57.2% 的參與者將這些現象歸因於非主要原因，而近三分之一的人則不確定。這種認知差距促使未經證實的理論在社群媒體上傳播，包括關於外國軍事干預與工業污染的指稱。研究進一步指出，儘管沿海人口密集，且氣候預測顯示暴發頻率將增加，但公眾對 HABs 的優先關注度與社會經濟問題及更顯眼的災難（如山火）相比顯得較低。

Institutional responses have been characterized as reactive. The research suggests that the prevailing reliance on 'evidence-based decision making' may paradoxically impede timely intervention in systemic disasters, as the rate of environmental degradation often exceeds the bureaucratic capacity for data acquisition and analysis. While the South Australian government eventually attributed the bloom to a confluence of nutrient-rich floodwaters, cold-water upwelling, and a marine heatwave, the study argues that such attributions may inadvertently shift responsibility to global climate trends, thereby neglecting localized mitigation strategies.

機構的回應被描述為被動式。研究建議，目前盛行的「循證決策」（evidence-based decision making）依賴可能反而阻礙了系統性災難中的及時干預，因為環境惡化的速度往往超過了官僚體系獲取與分析數據的能力。雖然南澳洲政府最終將暴發歸因於營養豐富的洪水、冷水湧升流與海洋熱浪的共同作用，但研究認為，此類歸因可能會無意中將責任轉嫁給全球氣候趨勢，從而忽略了局部地區的緩解策略。

Parallel observations in urban water management, specifically regarding the Reflecting Pool in the United States, underscore the limitations of mechanical and chemical interventions. The application of nanobubble ozone technology and chemical agents is viewed by limnologists as a temporary measure that may disrupt ecological resilience. It is hypothesized that the integration of nature-based solutions—such as the cultivation of grazing zooplankton (Daphnia) and rooted aquatic plants—would provide a more sustainable mechanism for nutrient sequestration and algae control. The removal of established aquatic ecosystems through draining and refilling is noted to erase evolutionary adaptations, such as heat resistance in zooplankton, thereby increasing vulnerability to future blooms.

在城市水管理方面的平行觀察，特別是關於美國反思池（Reflecting Pool）的情況，凸顯了機械與化學干預的局限性。湖沼學家認為，應用奈米氣泡臭氧技術與化學藥劑僅是臨時措施，可能會破壞生態韌性。研究假設，整合基於自然的解決方案——例如培育攝食性動物浮游生物（Daphnia，即水蚤）與根系水生植物——將為營養截留與藻類控制提供更永續的機制。研究指出，透過排水與重新注水來移除既有水生生態系統，會抹除進化適應能力（如水蚤的耐熱性），從而增加對未來暴發的脆弱性。

Current efforts to address HABs are transitioning toward institutionalized research, exemplified by the establishment of the National Office for Algal Bloom Research in Adelaide, though a significant gap remains between scientific necessity and public risk perception.

目前應對 HABs 的努力正轉向制度化研究，例如在阿德萊德成立國家藻類暴發研究辦公室，但科學上的必要性與公眾對風險的認知之間依然存在顯著差距。