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107年 - 107 東吳大學_暑假轉學生招生考試_日本語文學系二年級:日語語法#105529
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5.請舉例(日文句子)說明下面a.b.兩句中的「〜ぬ」有何不同,並將二句翻譯成中文。
a.規則を破るようなことは到底許さ
とだ。
相關申論題
b.風立ち 今は秋 今日から 私は心の旅人『松田聖子の歌「風立ちぬ」から』
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6.請舉例(日文句子)說明「助動詞〜(ら)れる」的基本用法,並將例句 翻譯成中文。
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7.請舉例(日文句子)說明「大きい」和「大きな」有何不同?
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PART B. SCIENTIFIC REASONING每題10分 Coral Reef Ecosystems: Peter J. Mumby and collaborators (2007) analyzed and modeled mechanisms causing the contemporary decline of Caribbean corals. They showed that macroalgal growth has a negative effect on coral growth and that the growth of macroalgae is, itself, controlled by herbivores such as urchins (Diadem(A) and parrotfishes. Authors modeled the system at high and low levels of grazing (Figure 1). Figure 1. Phase planes showing equilibrium covers of macroalgae and corals and trajectories over time for simulations at a high level of grazing (a) or a low level of grazing (b). Adapted from Mumby et al. (2007). The same model allows representing the % of coral cover as a function of the grazing (Figure 2). The trajectory of reefs in Jamaica such as observed between the 1970s and the 1990s is overlapped using blue arrows in the figure. Figure 2. Stable and unstable equilibria for Caribbean coral reefs. Stable and unsrable equitibria are denored by spriate dates, rep solid and open squares, respectively. Bhue lines. marked with approp epresent model predictions of the trajectory of reefs in Jamaica (see also Figure 3). Adapted from Mumby et al. (2007). Figure 3 represents the changes in coral cover (%) since the 1970s with the indication of the events that could have influenced those changes. Figure 3. Comparison between model predictions and empirical data for the trajectory of sructurally complex forereefs in Jamaica at a depth of 10 m. The model was run with an algal coral overgr overgrowth rate of 14 cm2 yr1. Diadema is a genus of sea urchin and an important grazer on Caribbean reefs. Adapied from Mumby et al. (2007). Reference: Mumby PJ. Hastings A. Edwards, HJ (2007) Thresholds and the resilience of Caribbean coral reefs. Nature 450. 98-101. https://doi.org/10.1038/nature06252
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QUESTIONS 1) According to your knowledge, why is it important to maintain coral reefs in good conditions?
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2) In a dynamical system, what is an equilibrium? A stable equilibrium? An unstable equilibrium?
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3) Copy the figure 1 (or use Figure 1-1 without the trajectories in red), and represent schematically the trajectories of the system starting at points 1, 2, 3, 4, 5, 6, 7, 8. What is the effect of reducing herbivory (grazing)?
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4) Copy the figure 2 (or use Figure 2-1 without the model predictions of the reefs in Jamaic(A) and represent the change in coral cover starting at points a, b, c, d, e, f. What is the particularity of cases c and d (within the grey area)? How do we call this situation? What's happen when we increase or decrease the grazing?
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5) Combining the information in figures 2 and 3, describe the changes in coral cover and the suggested causes of those changes. What will you suggest to increase coral cover?
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__cytosine deamination
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