More Like this

1. Linking the Surface and Subsurface in River Deltas - Part 1: Relating Surface and Subsurface Geometries

   Hariharan, J.; Michael, H.A.; Paola, C.; Steel, E.; Passalacqua, P. (January 2021, Water resources research)
2. Interplay of surface and subsurface contributions in electrocatalysis

   https://doi.org/10.1016/j.coelec.2023.101252  

   Vitale-Sullivan, Molly; Stoerzinger, Kelsey A. (June 2023, Current Opinion in Electrochemistry)
3. Linking the Surface and Subsurface in River Deltas—Part 2: Relating Subsurface Geometry to Groundwater Flow Behavior

   https://doi.org/10.1029/2020WR029281  

   Xu, Zhongyuan; Hariharan, Jayaram; Passalacqua, Paola; Steel, Elisabeth; Paola, Chris; Michael, Holly A. (August 2021, Water Resources Research)
4. Linking the Surface and Subsurface in River Deltas - Part 2: Relating Subsurface Geometry to Groundwater Flow Behavior

   Xu, Z.; Hariharan, J.; Passalacqua, P.; Steel, E.; Paola, C.; Michael, H.A. (January 2021, Water resources research)
5. Local public right of way for surface and subsurface resource integration

   https://doi.org/10.1080/10286608.2022.2095371  

   Matthews, Terri; Laefer, Debra F. (September 2022, Civil Engineering and Environmental Systems)

   A utilidor is a ‘system of systems’ infrastructural solution to the ‘subsurface spaghetti’ problem resulting from direct burial of utility transmission infrastructure beneath the public right of way (PROW). The transition from direct burial to utilidors in older, dense American cities has generally not occurred, despite the potential to increase system performance in a long-term, !nancially and environmentally sustainable manner, because it would require reform of local planning practices and of utility pricing to support !nancing within a complex regulatory system. Utilidor adoption in New York City (NYC) would be a signi!cant local infrastructure transition, amplifying the need for localitybased research, that would occur while each utility sector undergoes its own infrastructure transitions, thereby increasing the level of regulatory complexity. This paper applies transitions analysis, recursive collective action theory, and capacity to act analysis to NYC’s experience with its PROW subsurface spaghetti problem and utilidor implementation to demonstrate a placebased methodology that identi!es speci!c sources of resistance to innovative subsurface design and feasible pathways for resolving them. This methodology would be transferable for application to other American cities or classes of American cities to supplement the limits of generalised subsurface and subsurface resource integration research for practitioner application. 

   more » « less