The thesis is situated in a contested region at the border between India and Pakistan along a shared basin of River Jhelum. It investigates the impact of rapid urbanization amidst a conflict that strained vernacular-water relationships and evolved over centuries. These local ties of a water-based community called Haenji were the strength and richness of Srinagar City’s heritage. But the situation now is one of abandonment with conflict-created distrust at Jhelum, resulting in a ‘dying water culture’. The Planning gap with vernacular persists due to a top-down planning culture that has proved to be inefficient for the condition of Jhelum and its wetlands to the 2014 catastrophic floods.

The city of Srinagar was analyzed spatially to reveal typical case study wetlands to read this planning and vernacular gap. This followed a field visit and interview with experts regarding the shifting planning perspectives, post-2014 floods towards resilience as presented in the Srinagar’s Master-plan 2035. The analysis led to set of resilience principles and a strategy toolkit that helped develop three Resilience Themes for the City vision. These themes are then tested at the neighborhood pilot at the Jhelum riverfront. The design strategy here aims at a model of vernacular sustainable neighborhood guarding its waters through relationships built on diversity, adaptability and trust.

This thesis proposes a revival of vernacular socio-ecological bonds at River Jhelum in the city of Srinagar, suggesting that sustainable living with water necessitates the inclusion of vernacular practices that evolved to adapt best to surroundings. Theoretically, this borrows from the concept of socio-ecological resilience. It aims at adaptive spatial planning through an advocacy-led approach from local solutions to a city vision for resilience. Building on vernacular water culture serves as a middle ground between planning authorities, wetland ecosystems and residents of the city to develop trust and bridge the planning vernacular gap.

Our modern food structure is unsustainable and fragile. Changes like climate crises, rising food demand, biodiversity loss, and the technological revolution will radicalize how and what we eat and produce. Whichever changes will happen, they will have an effect on the food system. In South Holland, this will happen with the transition to a circular economy. In order to deal with the unpredictability of these changes, this report proposes to create a resilient system. The main question that will be answered is ‘How can resilient food systems contribute to a circular agri-food sector in South Holland?’. In this context, resilience is the ability to ensure the provision of system functions in the face of increasingly complex and accumulating shocks and stresses.
Through capacities of robustness, adaptability, and transformability a just transformation to the circular food economy can be ensured. The strategy Recipe for Resilience derives from this definition. Based on a network of a mix of three types of hubs, the strategy calls for a more widespread and integrated distribution of knowledge about food and the food system. These hubs are the Seeds, where knowledge and food produce germinates, the Melting Pot, common interacting ground for all actors, and the Mixers, the in-between spaces that are not transparent. Together, they supply a network facilitating producers, distributors, and consumers. Thanks to this high-functioning network of knowledge, the main goals of the strategy can be achieved.
During and after implementation, there will be high stakeholder engagement through all layers of society, local food cycles with feedback loops to distribution centers and farmers, and the knowledge about it will be widespread throughout the South Holland population. The constant exchange of expertise will ensure feedback loops throughout all layers of the knowledge production. Through this constant adaptation and transformation, a resilient system can be achieved.

The development of direct probes of entanglement is integral to the rapidly expanding field of complex quantum materials. Here we test the robustness of entangled neutrons as a quantum probe by measuring the Clauser-Horne-Shimony-Holt contextuality witness while varying the beam properties. Specifically, we show that the mode entanglement of the spin and path subsystems of individual neutrons prepared in two different experiments using two different apparatuses persists even after varying the entanglement length, coherence length, and neutron energy difference of the paths. The two independent apparatuses acting as entangler-disentangler pairs are static-field magnetic Wollaston prisms and resonance-field radio-frequency flippers. Our results show that the spatial and energy properties of the neutron beam may be significantly altered without reducing the contextuality witness value below the Tsirelson bound, meaning that maximum entanglement is preserved. We also show that two paths may be considered distinguishable even when the path states significantly overlap. Therefore, we have shown that our experimental results are consistent with the distinguishable subsystem assumption down to a separation of less than 100 nm, proving entanglement and the contextual nature of reality on short length scales. This work is the key step in the realization of the modular, robust technique of entangled neutron scattering, which can extract entanglement information from a sample without the knowledge of the microscopic sample Hamiltonian: only semiquantitative knowledge of the correlation lengths of the relevant degrees of freedom and the timescales of the characteristic dynamics is required.