技术接受度和转型能力迈向近端感知碳农业的创新与数字化.pdf

1、Technology Acceptanceand Transformative Capacity Towards Proximal Sensing Innovations and Digitalization in Carbon FarmingPaulina Rajewicz&Jon AthertonFocus Group 3.2Proximal sensing DigitalizationTechnology acceptance&Transformative capacityFocus Group 3.2Proximal Sensing(PS)the use of field-based

2、sensors to obtain signals from the soil when the sensors detector is in contact with or close to(within 2m)the soil PS techniques can be non-invasive or invasive(ex-situ or in-situ),passive or active,with direct or indirect inference PS can be dividedinto mechanical,electrochemical,electric or elect

3、romagnetic,optical or radiometric techniquesCoutinho,et al.,2022Proximal SensingGround SensingRemote SensingProximal Sensing innovations in CF:challenges1.Lack of systematic definitions and standardized methodology2.Lack of consensus on the approach to accuracy and precision,as well as reporting of

4、accuracy/precision in PS measurements 3.Lack of guidelines on how to compare,connect,and integrate proximal sensing with traditional soil measurements and remote sensing and how to implement proximal sensing into MRV systems4.Social background issues and other aspects in the PS applicabilityProximal

5、 Sensing innovations in CF:goals1.To collate and evaluate all the currently available PS technologies2.To deliver a tool for choosing the best-suited PS technology 3.To provide support and guidelines for the smooth implementation of the PS Digitalization(DG)the process of using digital technologies

6、to transform and improve various aspects of activities,including business or society it involves the adoption and integration of digital tools,technologies,and data to enhance efficiency,accessibility,and overall functionalityData streams from PS systemsNew data streams from increasing automatizatio