Figure 1. Saturated buffer field research site. Aerial view of field research site relative to streambank and adjacent land uses, marked with sampling locations, shallow groundwater wells, and saturated buffer control structures. More about this image found in Saturated buffer field research site. Aerial view of field research site re...

Figure 2. Distribution of saturated buffer inflow hydrology. Hydrologic inflow components to the saturated buffer study site including distribution line input, rainfall, and surface runoff. More about this image found in Distribution of saturated buffer inflow hydrology. Hydrologic inflow compon...

Figure 3. Distribution of saturated buffer outflow hydrology. Hydrologic inflow components from the saturated buffer study site including distribution line output, evapotranspiration, surface runoff, and mobilized soil pore water. More about this image found in Distribution of saturated buffer outflow hydrology. Hydrologic inflow compo...

Figure 4. Microbial biomass phosphorus as a function of organic matter. Amount of bioavailable phosphorus stored in microbial biomass as a function of the percent of organic matter present in soils. More about this image found in Microbial biomass phosphorus as a function of organic matter. Amount of bio...

Figure 5. Soil test phosphorus as a function of organic matter. Amount of bioavailable phosphorus stored present is soils as a function of the percent of organic matter present in soils. More about this image found in Soil test phosphorus as a function of organic matter. Amount of bioavailabl...

Figure 1. Questions asked and relationships between the questions. More about this image found in Questions asked and relationships between the questions.

Figure 1. Exposure and sensitivity to climate change shocks (after IPCC [ 15 ]). Cartography by the author. More about this image found in Exposure and sensitivity to climate change shocks (after IPCC [ 15 ]). Cart...

Figure 2. States at risk of acute political stability and conflict (after Galgano [ 30 ]). Cartography by the author. More about this image found in States at risk of acute political stability and conflict (after Galgano [ 3...

Figure 3. Global distribution of water-scarce states. States with <1,700 m 3 /year/per capita are water stressed. States with <1,000 m 3 /year/per capita are water scarce ; and states with <500 m 3 /year/per capita are in absolute scarcity [ 45 ]. Cartography by the author. More about this image found in Global distribution of water-scarce states. States with <1,700 m 3 /year...

Figure 4. Transboundary river basins. There are nine river basins in which conflict is already taking place or the potential for armed conflict is high [ 10 , 42 , 48 ]. More about this image found in Transboundary river basins. There are nine river basins in which conflict i...

Figure 5. Global governance according to the World Bank Governance Effectiveness Index [ 65 ]. Cartography by the author. More about this image found in Global governance according to the World Bank Governance Effectiveness Inde...

Figure 6. Level of water-conflict events worldwide, 1940–2021 [ 9 , 57 ]. More about this image found in Level of water-conflict events worldwide, 1940–2021 [ 9 , 57 ].

Figure 7. Map of the upper Jordan River Basin. Cartography by the author. More about this image found in Map of the upper Jordan River Basin. Cartography by the author.

Figure 8. Water scarcity in the Jordan River Basin, 1965–2020 [ 45 ]. More about this image found in Water scarcity in the Jordan River Basin, 1965–2020 [ 45 ].

Figure 9. Water diversion projects in the upper Jordan River Basin. Cartography by the author. More about this image found in Water diversion projects in the upper Jordan River Basin. Cartography by th...

Figure 10. Change in mean annual temperature in the Golan Hights between 1901 and 2022 [ 68 ]. More about this image found in Change in mean annual temperature in the Golan Hights between 1901 and 2022...