The Demographic Load Doctrine Figure Architecture Package: Population Growth, Agricultural Land Capacity, Water Scarcity, Consumer Price Transmission, and National Resilience Through 2100
Description
This dataset contains the complete figure architecture supporting The Demographic Load Doctrine: Population Growth, Agricultural Land Loss, Water Scarcity, and Consumer Price Stability Through 2100. The package includes Figures 1–5 and is intended to be read as an integrated systems framework rather than as a collection of independent illustrations. Figure 1 presents official U.S. Census Bureau population projections under alternative immigration scenarios through 2100 and establishes the demographic demand variable. Figure 2 presents USDA Census of Agriculture data showing long-term trends in U.S. farms and farmland, establishing the agricultural land-capacity constraint. Figure 3 incorporates USDA Economic Research Service projections regarding climate change and surface-water shortage severity across portions of the U.S. Southwest, providing a productive-capacity adjustment to nominal farmland acreage. Figure 4 presents the Scarcity-to-Consumer-Price Transmission Chain, an author-generated conceptual model illustrating how demographic demand, land constraints, water scarcity, infrastructure load, energy demand, and transportation demand may transmit through production, processing, transportation, and retail systems before appearing as household burden and national-resilience effects. Figure 5 serves as the integrative systems map for the doctrine. It links Figures 1–4 into a unified analytical architecture demonstrating how population growth interacts with agricultural land availability, water-constrained productive capacity, consumer-price transmission mechanisms, household burden, institutional load, and national resilience. Figure 5 should be interpreted as a systems map rather than a predictive model. The central contribution of this figure package is not the introduction of a new dataset, but the integration of official demographic, agricultural, water-resource, consumer-price, and resilience frameworks into a single capacity-oriented analytical structure. The figures collectively illustrate the doctrine’s core proposition that population growth becomes a national-resilience issue when demographic demand exceeds the adaptive capacity of food, water, land, housing, energy, infrastructure, affordability, and institutional-support systems. The dataset is intended for scholarly, educational, policy-analysis, and archival purposes. Potential audiences include researchers, universities, legislative staff, government agencies, think tanks, public-policy institutions, and national-security practitioners interested in demographic change, agricultural capacity, water scarcity, consumer-price stability, infrastructure planning, and resilience analysis. Sources: U.S. Census Bureau; USDA National Agricultural Statistics Service; USDA Economic Research Service; Bureau of Labor Statistics; Bureau of Economic Analysis; Department of Homeland Security; FEMA; and related public-source materials cited in the accompanying paper.
Files
Steps to reproduce
1. Obtain population projections from the U.S. Census Bureau, 2023 National Population Projections, Table A: “Projected Population Size Under Alternative Foreign-Born Immigration Scenarios, 2023–2100.” Extract values for the Main, Low, High, and Zero Immigration scenarios. Use these data to construct Figure 1 and establish demographic demand. 2. Obtain farm and farmland data from USDA NASS, 2022 Census of Agriculture: Farms and Farmland (ACH22-3, Mar. 2024). Extract historical values for total farms and land in farms. Use these data to construct Figure 2 and establish the agricultural land-capacity trend. 3. Combine Census population projections with USDA farmland acreage to calculate agricultural acres per person under each Census scenario. Use this calculation to support the strategic-margin tables and compare population demand against land availability. 4. Obtain surface-water shortage projections from USDA ERS water-resource and irrigated-agriculture assessments. Use the published shortage-severity projections to construct Figure 3 and evaluate how water scarcity may constrain productive agricultural capacity. 5. Review USDA ERS Agricultural Productivity in the U.S. datasets and related publications. Extract output-growth and total-factor-productivity measures to support the productivity tables and evaluate productivity as a counterweight to land and water constraints. 6. Review BLS Consumer Price Index frameworks and price methodologies to identify how production, processing, transportation, and retail costs affect consumer prices. Use these materials to support Figure 4. 7. Review BEA consumer-expenditure accounts to evaluate household affordability effects involving food, housing, water, energy, transportation, and other essential goods. 8. Review DHS, FEMA National Preparedness Goal, FEMA National Resilience Guidance, CISA National Critical Functions, and related resilience frameworks to evaluate household-to-institutional load transfer and national-resilience relationships. 9. Construct Figure 4 by integrating Steps 1–8 into the sequence: Population Growth → Capacity Systems → Reduced Strategic Margin → Economic Transmission → Household Effects → National Resilience Effects. 10. Construct Figure 5 by integrating Figures 1–4 into a unified systems map: Demographic Demand → Agricultural Land Constraint → Water-Constrained Capacity → Scarcity-to-Consumer-Price Transmission → Household Burden → Institutional Load → National Resilience. The figures are intended as an integrated analytical framework, not a predictive model. All underlying data are drawn from public sources cited in the accompanying doctrine.