Borrowed Technology, New Oceans · 借来的技术,新的大洋
| English | 中文 | Pinyin · 拼音 |
|---|---|---|
| lateen sail/ˈlætiːn seɪl/ | 三角帆 | sān jiǎo fān |
| compass/ˈkʌmpəs/ | 罗盘 | luó pán |
| astronomical charts/əstrəˈnɒmɪkl tʃɑːts/ | 天文图表 | tiān wén tú biǎo |
Europe's voyages began with other people's knowledge
- Knowledge, scientific learning and technology from the Classical, Islamic and Asian worlds spread, facilitating European technological developments and innovation.
- The CED's causal direction is explicit: transfer came first, European innovation second.
- The examples are the lateen sail 三角帆, the compass 罗盘, and astronomical charts 天文图表 — none of them European inventions.
欧洲的航行始于他人的知识
- 来自古典世界、伊斯兰世界与亚洲的知识、科学学问与技术得以传播,促成了欧洲的技术发展与创新。
- CED 的因果方向写得很明确:传递在先,欧洲的创新在后。
- 例子是三角帆(lateen sail)、罗盘(compass)与天文图表(astronomical charts)——没有一样是欧洲的发明。
The CED's causal order is that... · CED 的因果顺序是……
Transfer came first; European innovation second. · 传递在先;欧洲的创新在后。
Three ships that made the difference
- The developments included the production of new tools, innovations in ship designs, and an improved understanding of regional wind and currents patterns.
- The named designs are the caravel, the carrack and the fluyt.
- Each solves a different problem: manoeuvrability against the wind, cargo capacity, and cheap bulk carriage.
造成差别的三种船
- 这些发展包括新工具的制造、船型设计的创新,以及对区域风与洋流模式的更好理解。
- 被点名的船型是卡拉维尔帆船(caravel)、克拉克帆船(carrack)与弗鲁特帆船(fluyt)。
- 每一种解决一个不同的问题:逆风机动性、载货量,以及廉价的大宗运载。
Select all · 所有 the borrowed technologies the CED names. · 选出 CED 点名的所有借来的技术。
The caravel is a European ship design built using those borrowed technologies. · 卡拉维尔帆船是运用这些借来技术建造的欧洲船型。
Knowing the wind is a technology
- The CED lists an improved understanding of regional wind and currents patterns beside tools and ships.
- This is the Indian Ocean monsoon lesson from unit 2, now applied to the Atlantic.
- All of which made transoceanic travel and trade possible — the CED's own conclusion, tying all three together.
了解风也是一种技术
- CED 把对区域风与洋流模式的更好理解与工具和船只并列。
- 这就是第二单元中印度洋季风的那一课,如今被用在大西洋上。
- 所有这些使跨洋旅行与贸易成为可能——这是 CED 自己的结论,把三者绑在一起。
Collect the four conditions for a voyage · 集齐远航所需的四个条件
Knowledge, ship design, navigation and a sponsor — any three without the fourth produces no voyage. · 知识、船型、导航与资助者——缺了其中任何一个,航行都不会发生。
Select all · 所有 three ship designs the CED names. · 选出 CED 点名的全部三种船型。
Each solves a different problem: manoeuvrability, capacity, cheap bulk carriage. · 每一种解决一个不同的问题:机动性、载货量、廉价大宗运载。
The CED puts diffusion before European innovation, in that order. Knowledge from the Classical, Islamic and Asian worlds spread facilitating European developments — so an answer that begins with European invention has skipped the clause the objective is built on.
**CED 把传播放在欧洲创新之前,顺序如此。**来自古典、伊斯兰与亚洲世界的知识传播开来,促成了欧洲的发展——因此从欧洲发明讲起的答案,跳过了这一目标赖以成立的那个分句。
Understanding wind and current patterns counts as one of the developments. · 对风与洋流模式的理解,算作这些发展之一。
The CED lists it beside tools and ship designs, and says all three made transoceanic travel possible. · CED 把它与工具和船型并列,并说三者共同使跨洋旅行成为可能。
Diffusion, not invention
- The subtopic's objective is how cross-cultural interactions resulted in the diffusion of technology.
- So the story is a continuation of unit 2's networks, not a break from them.
- The same routes that carried gunpowder and paper carried the navigational knowledge that opened the oceans.
传播,而非发明
- 本小节的目标是跨文化互动如何导致技术的传播。
- 因此这个故事是第二单元诸网络的延续,而不是与它们的决裂。
- 运送火药与纸的同一批路线,也运送了打开大洋的航海知识。
The chain worth writing is transfer, adaptation, . · 值得写下的那条链是:传递、改造、。
Better than a list of ship names. · 这比一串船名更好。
Using this in an answer
- When a prompt asks why Europeans could cross oceans after 1450, the CED's answer starts elsewhere.
- Name a borrowed technology, say where it came from, and say what it made possible.
- That chain — transfer, adaptation, capability — is worth more than a list of ship names.
在答题中使用这些
- 当题目问为何欧洲人在 1450 年之后能够跨越大洋时,CED 的答案是从别处开始的。
- 点出一项借来的技术,说出它来自哪里,并说出它使什么成为可能。
- 这条链——传递、改造、能力——比一串船名更有价值。
The lateen sail lets a ship make progress against the wind; the compass gives a heading with no land in sight; astronomical charts give latitude. None was invented in Europe. Put on a caravel and used with knowledge of Atlantic wind belts, they make a return voyage possible — and a voyage you cannot return from is not a trade route.
三角帆让船只得以逆风前进;指南针在看不见陆地时给出航向;天文图表给出纬度。三者都不是欧洲发明的。把它们装到卡拉维尔帆船上,再配合对大西洋风带的了解,往返航行才成为可能——而一次回不来的航行,不是一条贸易路线。
Knowledge and technology from the Classical, Islamic and Asian worlds spread, facilitating European developments — diffusion first, innovation second. The developments were new tools, ship designs (caravel, carrack, fluyt) and an improved understanding of wind and current patterns, all of which made transoceanic travel and trade possible.
来自古典、伊斯兰与亚洲世界的知识与技术传播开来,促成了欧洲的发展——先传播,后创新。这些发展是新工具、船型设计(卡拉维尔、克拉克、弗鲁特),以及对风与洋流模式的更好理解,所有这些使跨洋旅行与贸易成为可能。