Study 01 / volatility
Inflation does not move in a straight line — it arrives in eras.
美国 1960–2025 年年度平均 CPI 涨幅。70 年代两轮冲击、1980 年峰值、2009 年通缩和疫情后的再次抬升,让趋势图真正体现周期与转折。
13.5%1980 peak
Current theme · annotations · responsive geometry
Study 02 / distribution
Where a country sits in the world still shadows how long its people live.
37 个国家的 2022 年预期寿命,按洲分组。Strip plot 保留每个国家的观测值,比四个地区均值更诚实地呈现内部差异。
37countries / 4 regions
each dot = one country
Study 03 / ranking
China used more electricity than the next four countries combined.
2024 年全球用电量排名。长线段让数量级差异一眼可见,而数字仍然保留精确比较。
10,070TWh
China, 2024
Study 04 / market tape
The S&P 500 gained strongly in 2024, but August briefly changed the texture of risk.
每周抽样的 S&P 500 收盘值,底部纹理由 VIX 提供。价格和风险放在同一时间线上,能看出上涨过程并不平滑。
+24.5%2024 change
51 weekly samples
Source: FRED S&P 500 + VIXWeekly samples · event labels are editorial context
Study 05 / column
Coal remains the largest source of electricity — solar is the fastest-moving challenger.
2024 年全球各电源发电量。单组柱状图适合回答最直接的问题:不同能源的绝对规模到底相差多少。
30,913TWh total
global generation
Study 06 / composition
Coal collapsed as gas took over — while wind and solar emerged from almost nothing.
美国 2000–2024 年六类电源发电量。煤电下滑、天然气反超、核电停滞,以及风光快速扩张,使面积结构出现清晰的交叉与阶段性波动。
−67%coal generation
2000 to 2024
Study 07 / relationship
Income and longevity rise together — but the United States remains a conspicuous exception.
36 个国家的购买力平价人均 GDP 与预期寿命。相关性清晰,但美国、日本和尼日利亚说明,同一趋势线并不能解释全部差异。
36countries
income vs longevity
Study 08 / slope
Coal retreated almost everywhere, but the distance travelled was radically uneven.
九个经济体 2015 与 2024 年煤电占比。英国几乎退出煤电,美国和德国显著下降,而印度和日本变化较小。
−21.7ppUnited Kingdom
largest decline
Study 09 / waterfall
Solar supplied the largest single piece of 2024’s increase in electricity generation.
把 2024 年新增的 1,271 TWh 逐项拆成各电源贡献。Solar、Hydro 和 Wind 的增量被清楚展开,其他化石燃料的下降则反向抵消。
+1,271TWh
year-on-year increase
Study 10 / heatmap
The warming signal is no longer a rare hot cell — it occupies whole years.
NASA GISTEMP 的 2010–2025 月度全球温度异常。按年份和月份排成矩阵后,2023 年下半年与整个 2024 年的异常高温形成连续区域。
192months
16-year climate matrix
Study 11 / forecast range
World population may peak this century — but the plausible range is enormous.
联合国 2024 版人口展望的中方案,以及低、高方案形成的范围。中方案在 2080 年代见顶,而 2100 年情景之间相差近 68 亿人。
10.3Bmedium peak
in the 2080s
Study 12 / bubble scatter
Prosperity and longevity move together — population changes the weight of every exception.
同一组国家发展数据加入人口和地区两个维度。印度与中国的巨大气泡提醒读者:离趋势线相同的距离,影响的人数可能完全不同。
37countries
4 variables at once
Study 13 / donut
Chrome accounts for more global browsing than every rival combined.
2025 年 6 月全球全设备浏览器使用份额。类别总和为 100%,外置标签让小份额浏览器仍能被准确阅读。
68.34%Chrome share
7 categories
Study 14 / grouped bar
Renewable strength is regional: China leads in scale, Brazil in hydro dependence.
十个主要经济体的水电、风电和太阳能发电量。Grouped Bar 既展示中国和美国的绝对规模,也保留德国、英国、澳大利亚等不同技术组合。
3renewable sources
10 economies
Study 15 / stacked bar
Every power system has a different fingerprint.
六个经济体 2024 年发电结构。巴西由水电主导,印度由煤电主导,美国天然气占比最高,而欧洲的结构最为分散。
7source groups
100% of generation
Study 16 / combo
U.S. hiring lost momentum through 2025 while wage growth stayed near 4%.
柱表示 2024–2025 年非农就业月度变化,线表示平均时薪同比增速。两年时间窗清楚呈现 2024 年增长后,2025 年多个月份转负的变化。
+1.58Mpayroll jobs
across two years
Signature 01 / flow funnel
NASA’s 2009 astronaut class narrowed 3,535 applications to nine candidates.
真实筛选流程把漏斗的残酷程度具象化:只有 123 人进入首轮面试,48 人进入最终面试,最终录取九人。
0.25%application → selected
NASA 2009 class
Signature 02 / radial events
A year of major earthquakes becomes a ring of dates, depth and magnitude.
2024 年全部 M6.3 及以上地震:角度表示日期,半径表示震源深度,扇形宽度表示震级,M7.0 以上事件以轮廓强调。
50earthquakes
M6.3 or greater
Signature 03 / ribbon ranking
Verstappen rose to the top and stayed there; Norris took the longer route.
六位 F1 车手在 2019–2024 年中的相对排名。连续 Ribbon 让领先权交替、长期稳定和后程跃升形成可记忆的路径。
6drivers
6 seasons
Signature 04 / layered forecast
By 2100, sea level could be 0.3 metres higher — or two metres.
NOAA 全球平均海平面情景以 2000 年为基准。到 2050 年前差异仍有限,随后低、中、高情景迅速分叉。
0.3–2.0m2100 range
above 2000 baseline
Signature 05 / contribution stream
Coal and gas drove nearly all of 2024’s rise in power-sector emissions.
全球电力行业排放较 2023 年增加 2.515 亿吨 CO₂。正贡献向上扩张,其他化石燃料的下降则向下抵消一小部分增量。
+251.5MtCO₂
net annual change
Signature 06 / alluvial
Most U.S. energy does not become useful work — it ends as rejected energy.
从能源来源,经终端用途,流向能源服务或损失。Petroleum 的交通流和电力转换中的损失构成最宽的几条路径。
3stages
source → use → outcome
Signature 07 / flow tree
Eight-point-two billion people form one world — but a deeply uneven population tree.
2024 年世界人口按四层展开:全球、宏观区域、次区域、代表国家。减少同层分叉后,枝干会逐级收细,地域结构也比一列国家名单更清楚。
4levels
nested geography
Signature 08 / terrain map
Climbing to the roof of the world — Qinghai Lake grand loop itinerary.
青藏高原东北缘青海湖自驾环线。沿线穿行日月山、二郎剑、茶卡盐湖与刚察,结合等角矩形地理投影、高程站点徽章与自适应空间包围盒,清晰呈现路书与海拔落差。
3,520mpeak elevation
Riyue Mountain
Source: OpenStreetMap & NASA SRTM ElevationQinghai Lake Loop · 8 waypoints · elevation profile & GPS track
Current theme · annotations · responsive geometry
Signature 09 / flow map
A small set of cities anchors this international air network.
航线、城市节点与沿线动画作为独立业务图层叠加在统一地图场景之上。
6cities
selected routes
Source: OpenFlightsIllustrative route frequencies
Signature 10 / area map
Regional values become visible through administrative area colour.
国家与一级行政区使用同一数据契约,根据数值在连续色阶中着色,同时保留底图水系、边界与标签。
5regions
continuous scale
Source: Natural Earth boundaries · illustrative valuesProvince-level choropleth