Model results of the impact of climate change on agriculture in China

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Autori principali: Chen, Yongfu, Wu, Zhigang, Okamoto, Katsuo, Han, Xinru, Ma, Guoying, Chien, Hsiaoping, Zhao, Jing
Natura: Dataset Open Access
Lingua:en
Pubblicazione: PANGAEA 2013
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author Chen, Yongfu
Wu, Zhigang
Okamoto, Katsuo
Han, Xinru
Ma, Guoying
Chien, Hsiaoping
Zhao, Jing
author_facet Chen, Yongfu
Wu, Zhigang
Okamoto, Katsuo
Han, Xinru
Ma, Guoying
Chien, Hsiaoping
Zhao, Jing
collection Datos científicos de ciencias marinas y ambientales
contents This paper assesses the impact of climate change on China's agricultural production at a cross-provincial level using the Ricardian approach, incorporating a multilevel model with farm-level group data. The farm-level group data includes 13379 farm households, across 316 villages, distributed in 31 provinces. The empirical results show that, firstly, the marginal effects and elasticities of net crop revenue per hectare with respect to climate factors indicated that the annual impact of temperature on net crop revenue per hectare was positive, and the effect of increased precipitation was negative when looking at the national totals; secondly, the total impact of simulated climate change scenarios on net crop revenues per hectare at a Chinese national total level, was an increase of between 79 USD per hectare and 207 USD per hectare for the 2050s, and an increase from 140 USD per hectare to 355 USD per hectare for the 2080s. As a result, climate change may create a potential advantage for the development of Chinese agriculture, rather than a risk, especially for agriculture in the provinces of the Northeast, Northwest and North regions. However, the increased precipitation can lead to a loss of net crop revenue per hectare, especially for the provinces of the Southwest, Northwest, North and Northeast regions.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_807701
institution PANGAEA
language en
publishDate 2013
publisher PANGAEA
record_format pangaea
spellingShingle Model results of the impact of climate change on agriculture in China
Chen, Yongfu
Wu, Zhigang
Okamoto, Katsuo
Han, Xinru
Ma, Guoying
Chien, Hsiaoping
Zhao, Jing
Code; Distance; Exchange rate; Identification; Index; Latitude, median; Net crop revenue per unit area; Number of years; Population density; Precipitation, autumn; Precipitation, spring; Precipitation, summer; Precipitation, winter; Ratio; Soil type; Temperature, autumn; Temperature, spring; Temperature, summer; Temperature, winter
This paper assesses the impact of climate change on China's agricultural production at a cross-provincial level using the Ricardian approach, incorporating a multilevel model with farm-level group data. The farm-level group data includes 13379 farm households, across 316 villages, distributed in 31 provinces. The empirical results show that, firstly, the marginal effects and elasticities of net crop revenue per hectare with respect to climate factors indicated that the annual impact of temperature on net crop revenue per hectare was positive, and the effect of increased precipitation was negative when looking at the national totals; secondly, the total impact of simulated climate change scenarios on net crop revenues per hectare at a Chinese national total level, was an increase of between 79 USD per hectare and 207 USD per hectare for the 2050s, and an increase from 140 USD per hectare to 355 USD per hectare for the 2080s. As a result, climate change may create a potential advantage for the development of Chinese agriculture, rather than a risk, especially for agriculture in the provinces of the Northeast, Northwest and North regions. However, the increased precipitation can lead to a loss of net crop revenue per hectare, especially for the provinces of the Southwest, Northwest, North and Northeast regions.
title Model results of the impact of climate change on agriculture in China
topic Code; Distance; Exchange rate; Identification; Index; Latitude, median; Net crop revenue per unit area; Number of years; Population density; Precipitation, autumn; Precipitation, spring; Precipitation, summer; Precipitation, winter; Ratio; Soil type; Temperature, autumn; Temperature, spring; Temperature, summer; Temperature, winter
url https://doi.org/10.1594/PANGAEA.807701