Trend 2030 Scarcity of Resources

Roland Berger

arc beats above · slides in the middle · loops below · scroll → 2 LOOPS

Deck intelligence map

coverage by narrative range · generated from this deck JSON

Narrative range 45 total

Metadata

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Metrics

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Loops

Attention 5 slides 100% 5/5 slides 100% 5/5 slides · 21 hits

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60% 3/5 slides 20% 1/5 slides 100% 5/5 slides

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Need 10 slides 100% 10/10 slides 100% 10/10 slides · 73 hits

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30% 3/10 slides

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100% 10/10 slides 60% 6/10 slides Satisfaction 10 slides 100% 10/10 slides 100% 10/10 slides · 64 hits

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20% 2/10 slides · 3 hits 30% 3/10 slides 100% 10/10 slides 50% 5/10 slides Visualization 10 slides 100% 10/10 slides 100% 10/10 slides · 69 hits

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40% 4/10 slides 20% 2/10 slides 100% 10/10 slides 60% 6/10 slides Action 10 slides 100% 10/10 slides 100% 10/10 slides · 46 hits

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40% 4/10 slides 40% 4/10 slides 100% 10/10 slides 50% 5/10 slides

Slide inventory

every slide · same image gating as the playbook

The slide features the Roland Berger 'B' logo graphic.front_matter

Open slide detailBeat · Attention

establish_context

Open slide detailBeat · Attention

The slide explicitly mentions the 'Roland Berger scenario planning approach' as a complementary framework.present_framework

Open slide detailBeat · Attention

Roland Berger branding present.summarize

Open slide detailBeat · Attention

summarize

Open slide detailBeat · Attention

The slide uses a combination of circular icons for total demand and pie charts to show the shift in regional composition.quantify_impact

Open slide detailBeat · Need

The slide uses a map-based visualization to compare 2015 vs 2030 energy demand (Mtoe) across major global regions.analyze_data

Open slide detailBeat · Need

The slide uses a bulleted list format to explain the causal relationship between demographic/economic shifts and energy consumption.establish_context

Open slide detailBeat · Need

The slide uses bullet points to contrast energy demand projections between developed and developing regions.summarize

Open slide detailBeat · Need

Data presented as two donut charts representing total Gtoe.analyze_data

Open slide detailBeat · NeedLoop · Cost Of Inaction

The slide uses bubble sizes to visually represent the massive disparity between total resources, reserves, and annual production.analyze_data

Open slide detailBeat · NeedLoop · Cost Of Inaction

The slide uses pie charts overlaid on a world map to show the breakdown of energy metrics per region.analyze_data

Open slide detailBeat · NeedLoop · Cost Of Inaction

The chart uses a broken axis to accommodate the large values for coal and lignite.analyze_data

Open slide detailBeat · NeedLoop · Cost Of Inaction

The slide uses a line chart to contrast historical volatility with three potential future scenarios for oil prices.analyze_data

Open slide detailBeat · NeedLoop · Cost Of Inaction

The slide uses a bulleted list to summarize regional energy outlooks based on BP and Nuclear Energy Institute data.summarize

Open slide detailBeat · NeedLoop · Cost Of Inaction

The diagram uses a flow-based visualization to show energy distribution. The comparison highlights the massive scale of solar energy relative to human consumptiquantify_impact

Open slide detailBeat · SatisfactionLoop · Cost Of Inaction

Slide 17 from a Roland Berger deck.summarize

Open slide detailBeat · SatisfactionLoop · Cost Of Inaction

The chart uses stacked bar charts to show the composition of water demand. The percentages represent the share of each sector within the total demand for that yanalyze_data

Open slide detailBeat · SatisfactionLoop · Cost Of Inaction

The map uses a color-coded scale to represent different levels of water availability, ranging from absolute scarcity to abundant resources.establish_context

Open slide detailBeat · SatisfactionLoop · Cost Of Inaction

The slide uses stacked bar charts to illustrate the shift in population and GDP exposure to water scarcity.quantify_impact

Open slide detailBeat · SatisfactionLoop · Cost Of Inaction

The slide uses a consistent icon-based legend to compare water access, leakage, wastewater services, and specific local problems across cities.analyze_data

Open slide detailBeat · Satisfaction

The slide uses a custom infographic (baskets) to represent caloric demand growth alongside a line chart for per capita consumption trends.analyze_data

Open slide detailBeat · Satisfaction

The slide uses donut charts to compare land use categories between 2015 and 2030.analyze_data

Open slide detailBeat · Satisfaction

The diagram uses a hub-and-spoke model to show how multiple external drivers converge on food prices.diagnose

Open slide detailBeat · Satisfaction

The chart illustrates Engel's Law, showing that as income grows, the proportion of income spent on food decreases.analyze_data

Open slide detailBeat · Satisfaction

The slide uses a bulleted list to present key facts about water scarcity and usage.establish_context

Open slide detailBeat · Visualization

The slide uses a list-based structure to present key trends and projections regarding resource scarcity.establish_context

Open slide detailBeat · Visualization

The chart uses a scatter plot approach to define criticality based on two axes.present_framework

Open slide detailBeat · Visualization

Includes a treemap visualization of world primary supply of 20 critical raw materials.analyze_data

Open slide detailBeat · Visualization

The chart uses a 45-degree line to show commodities that would have higher risk in 2030 compared to today.compare_options