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National Atmospheric Deposition Association (NADP) can determine thesources and levels of pollution causing detrimental effects.Furthermore, the Critical Loads of Atmospheric Deposition (CLAD) sciencecommittee works across science, management, and government to shareinformation on critical loads, fill gaps in critical load development in the US,provide consistency in the development and use of critical loads, and promoteunderstanding of critical load approaches.The National Park Service (NPS) is also involved in monitoring the effects ofanthropogenic pollution on natural systems, including the effects of nitrogendeposition on sensitive ecosystems and ecosystem services.Finally, citizen scientists can contribute to these efforts by submitting lichenobservations to platforms like inaturalist.org, which helps inform researchersand scientists of the distribution and potential changes in ecosystem processesand services in urban and natural environments.By incorporating these open-source and collaborative aspects into yourproject, you%u2019re not only contributing to the open-source community but alsoactively participating in scientific research and environmental conservation. Yourproject can serve as a model for how open-source technology and citizenscience can come together to address important environmental issues.Future company potentialThe Lichen Pollution Sensor project presents significant potential for theformation of a company focused on developing sustainable, frugal technologysolutions for air quality monitoring. The company%u2019s core product would be theLichen Pollution Sensor, a product that embodies the principles of frugalinnovation, leveraging readily available resources to create an affordable,accessible, and environmentally friendly solution to air pollution detection.The company%u2019s unique value proposition would be rooted in the sensor%u2019s biotechnological approach. By harnessing the natural properties of lichens asbioindicators, the company could offer a sensor that not only detects airpollution levels but also provides insights into the types of pollutants present.This differentiates it from conventional electronic sensors and positions thecompany uniquely in the air quality monitoring market.Moreover, the inherent scalability of the project enhances its businesspotential. The simplicity and cost-effectiveness of the sensor design mean itcan be feasibly produced in large quantities and adapted to various contexts,from urban to rural environments. The company could also provide educationalworkshops and kits, fostering a community of citizen scientists and contributingto the democratisation of biotechnology.The company%u2019s potential for success is further bolstered by the growing globalconcern about air pollution and the increasing demand for sustainable solutions.1684 Frugal Project Documentation

