Design of integrated space-air-ground farmland quality monitoring mobile laboratory

China is facing a great challenge with grain demand. Meanwhile, the decline of farmland quality will affect the quality and safety of food. The existing methods of farmland quality monitoring are characterized by a long time period and a lack of detailed spatial information of farmland quality. They...

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Autores principales:	ZHANG Feiyang, HU Yueming, XIE Yingkai, XIE Jianwen, XIAO Jiaming, FENG Ning, ZHOU Lianqing, SHI Zhou
Formato:	article
Lenguaje:	ZH
Publicado:	Agro-Environmental Protection Institute, Ministry of Agriculture 2021
Materias:	farmland quality mobile laboratory monitoring integration satellite remote sensing unmanned aerial vehicle Agriculture (General) S1-972 Environmental sciences GE1-350
Acceso en línea:	https://doaj.org/article/b8e285dded7e40f5b6a6a2ce32235c9d
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id	oai:doaj.org-article:b8e285dded7e40f5b6a6a2ce32235c9d
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spelling	oai:doaj.org-article:b8e285dded7e40f5b6a6a2ce32235c9d2021-12-03T02:29:42ZDesign of integrated space-air-ground farmland quality monitoring mobile laboratory2095-681910.13254/j.jare.2021.0577https://doaj.org/article/b8e285dded7e40f5b6a6a2ce32235c9d2021-11-01T00:00:00Zhttp://www.aed.org.cn/nyzyyhjxb/html/2021/6/20210610.htmhttps://doaj.org/toc/2095-6819China is facing a great challenge with grain demand. Meanwhile, the decline of farmland quality will affect the quality and safety of food. The existing methods of farmland quality monitoring are characterized by a long time period and a lack of detailed spatial information of farmland quality. They could not provide the data that meet the requirements of farmland quality monitoring. This study explored a new methods and mobile laboratory for farmland quality monitoring. A farmland quality monitoring indicator system consisting of the variables or predictors that can be fast measured spatially and temporally was first developed. In this study, a framework which integrated satellite remote sensing monitoring, unmanned aerial vehicle(UAV) monitoring, wireless sensor network(WSN) monitoring and in situ measurement method into a farmland quality monitoring mobile laboratory was built. This study also explored the integration of remote sensing, UAV, WSN and ground-based monitoring methods through middleware technologies that connect various components of the system. Moreover, this study developed of a farmland quality monitoring mobile laboratory with an optimal design of routines for fast collection of data. A on-site test was carried out in the area of farmland upgrade and reconstruction program, which took less than 2 hours to quick test 13 indicators for 5 sampling points showed higher efficiency and on-site analysis capability compared with traditional farmland quality monitoring method. This study overcame the gaps that currently exist in the traditional farmland quality monitoring methods, realized comprehensive and multi-scale monitoring of farmland quality, promoted the effectiveness of monitoring cultivated land, and enhanced the capacity of farmland management and protection.ZHANG FeiyangHU YuemingXIE YingkaiXIE JianwenXIAO JiamingFENG NingZHOU LianqingSHI ZhouAgro-Environmental Protection Institute, Ministry of Agriculturearticlefarmland qualitymobile laboratorymonitoringintegrationsatellite remote sensingunmanned aerial vehicleAgriculture (General)S1-972Environmental sciencesGE1-350ZHJournal of Agricultural Resources and Environment, Vol 38, Iss 6, Pp 1029-1038 (2021)
institution	DOAJ
collection	DOAJ
language	ZH
topic	farmland quality mobile laboratory monitoring integration satellite remote sensing unmanned aerial vehicle Agriculture (General) S1-972 Environmental sciences GE1-350
spellingShingle	farmland quality mobile laboratory monitoring integration satellite remote sensing unmanned aerial vehicle Agriculture (General) S1-972 Environmental sciences GE1-350 ZHANG Feiyang HU Yueming XIE Yingkai XIE Jianwen XIAO Jiaming FENG Ning ZHOU Lianqing SHI Zhou Design of integrated space-air-ground farmland quality monitoring mobile laboratory
description	China is facing a great challenge with grain demand. Meanwhile, the decline of farmland quality will affect the quality and safety of food. The existing methods of farmland quality monitoring are characterized by a long time period and a lack of detailed spatial information of farmland quality. They could not provide the data that meet the requirements of farmland quality monitoring. This study explored a new methods and mobile laboratory for farmland quality monitoring. A farmland quality monitoring indicator system consisting of the variables or predictors that can be fast measured spatially and temporally was first developed. In this study, a framework which integrated satellite remote sensing monitoring, unmanned aerial vehicle(UAV) monitoring, wireless sensor network(WSN) monitoring and in situ measurement method into a farmland quality monitoring mobile laboratory was built. This study also explored the integration of remote sensing, UAV, WSN and ground-based monitoring methods through middleware technologies that connect various components of the system. Moreover, this study developed of a farmland quality monitoring mobile laboratory with an optimal design of routines for fast collection of data. A on-site test was carried out in the area of farmland upgrade and reconstruction program, which took less than 2 hours to quick test 13 indicators for 5 sampling points showed higher efficiency and on-site analysis capability compared with traditional farmland quality monitoring method. This study overcame the gaps that currently exist in the traditional farmland quality monitoring methods, realized comprehensive and multi-scale monitoring of farmland quality, promoted the effectiveness of monitoring cultivated land, and enhanced the capacity of farmland management and protection.
format	article
author	ZHANG Feiyang HU Yueming XIE Yingkai XIE Jianwen XIAO Jiaming FENG Ning ZHOU Lianqing SHI Zhou
author_facet	ZHANG Feiyang HU Yueming XIE Yingkai XIE Jianwen XIAO Jiaming FENG Ning ZHOU Lianqing SHI Zhou
author_sort	ZHANG Feiyang
title	Design of integrated space-air-ground farmland quality monitoring mobile laboratory
title_short	Design of integrated space-air-ground farmland quality monitoring mobile laboratory
title_full	Design of integrated space-air-ground farmland quality monitoring mobile laboratory
title_fullStr	Design of integrated space-air-ground farmland quality monitoring mobile laboratory
title_full_unstemmed	Design of integrated space-air-ground farmland quality monitoring mobile laboratory
title_sort	design of integrated space-air-ground farmland quality monitoring mobile laboratory
publisher	Agro-Environmental Protection Institute, Ministry of Agriculture
publishDate	2021
url	https://doaj.org/article/b8e285dded7e40f5b6a6a2ce32235c9d
work_keys_str_mv	AT zhangfeiyang designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT huyueming designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT xieyingkai designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT xiejianwen designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT xiaojiaming designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT fengning designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT zhoulianqing designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory AT shizhou designofintegratedspaceairgroundfarmlandqualitymonitoringmobilelaboratory
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Design of integrated space-air-ground farmland quality monitoring mobile laboratory

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