Introduction

The Chinese economy has grown spectacularly since the twentieth century. Partly this is due to the great transformation that made China (one of) the biggest manufacturing economies in the world with industry making up no less than 33 per cent of the total economy today. This evolution has drawn considerable attention to the early stages of industrialization in Republican China (1911-1949). Yet, it was the year 1933 in

Map 1 China provinces Jiangsu and Guangdong

  

Map 1 China provinces Jiangsu and Guangdong 

which China witnessed the first substantial industrial census, conducted and published by D.K. Lieu , and which form the basis of most estimates of industrial production during the Republican period.1 For example, partly relying on these data, Ou Pao-San was the first to attempt to the increasingly common national accounting approach to estimate the national value added for industrial sectors for 1933.2

Even though mostly focused on the national level, some studies on Republican China still provide us with some rare quantitative regional information. Stimulated by the call for regional comparisons by Pomeranz, increasingly studies emerge which focus on the Lower Yangtze Delta in the 1930s.3 For example, Ma offered estimates on annual growth ratios of industry, covering modern and handicraft sectors in 1914/1918 and 1931/1936 for the lower Yangtze region, being, together with Guangdong, the place where early industrialization originated.4 Yet, such studies are limited mostly due to lack of regional data.

In this paper we will remedy this lack of regional data. We start by defining the classification and coverage of manufacture industry in the year 1933 in the second section. In the third section we construct for Jiangsu and Guangdong provinces, a comprehensive regional dataset, including total values by sectors and physical output by main products, at both provincial and county levels. In section 4, we put our datasets in perspective by comparing them with other existing datasets, followed by a brief explanation of regional industrialization for both Jiangsu and Guangdong provinces and a short conclusion in section 5. These estimates for Jiangsu and Guangdong provide a point of departure, which we will extend for other provinces of China, the result of which is expected to be published in the Quantitative Economic History Series of China in the second half of 2019.

The classification and coverage of manufacture industry in 1933

D.K. Lieu conducted and published the most complete and comprehensive industrial census in pre-war China, in which a modern classification of industry, offered by the International Labour Office, was first introduced. It classified industry in sixteen sectors, 87 sub-sectors, and 161 sub-sectors. By separating mining from these sixteen industry sectors offered by Lieu, Ou provided us with a classification of manufacture industry including fifteen sectors and 51 sub-sectors. In addition, since military factories were not included in Ou’s estimates, we supplement the military manufacturing sector as a sixteenth sector, covering ­weapon manufacture and warship building as two sub-sectors (see Table 1).

Table 1 Sectors and sub-sectors in our classification of manufacturing in 1933
Sectors Sub-sectors
1. Lumber & Wood products 1.1 Sawmilling
1.2 Wood Products
1.3 Cany bamboo, Willow and Straw-made Articles
2. Machinery 2.1 Foundry
Sectors Sub-sectors
2.2 Machine Building and Repairing
3. Metal Products 3.1 Metal Appliances
3.2 Currency
4. Electrical Appliance  
5. Transport Equipment 5.1 Ship Building and Repairing
5.2 Vehicle Building and Repairing
6. Soil & Stone 6.1 Brick and Tile
6.2 Glass and Glassware
6.3 Ceramics
6.4 Lime
6.5 Other Soil and Stone
7. Water, Electricity & Gas 7.1 Water
7.2 Electric Power
7.3 Gas
8. Chemical Products 8.1 Match
8.2 Match Stem-chip
8.3 Candle and Soap
8.4 Enamel
8.5 Artificial Fat
8.6 Paint
8.7 Inedible Oil
8.8 Drugs and Cosmetics
8.9 Acid-Base and Other Chemicals
9. Textile 9.1 Cotton
9.2 Cotton Yard
9.3 Cotton Cloth
9.4 Silk Reeling
9.5 Silk Weaving
9.6 Wool Textile
9.7 Hemp Spins
10. Clothing  
11. Rubber & Leather 11.1 Leather
11.2 Leather Products
Sectors Sub-sectors
11.3 Rubber
11.4 Rubber Products
12. Beverages & Foods 12.1 Rice-hulling
12.2 Flour
12.3 Tea
12.4 Tobacco
12.5 Brewing
12.6 Sugar
12.7 Salt
12.8 Oil
12.9 Soft Drink
12.10 Egg
12.11 Other Beverages and Foods
13. Paper & Printing 13.1 Paper
13.2 Paper Products
13.3 Printing
14. Accessories & Instruments  
15. Miscellaneous  
16. Military Industry 16.1 Weapon
16.2 Warship building
Source: Ou Pan-San (1947).

Construction of regional datasets

There are three sources that provide us with direct, though limited, information on the manufacturing industry for the Jiangsu and Guangdong provinces. First, as mentioned above, 1933 witnessed the first and only comprehensive industrial census in Republican China (1911-1949). This census, conducted by D.K. Lieu, covered a total of seventeen provinces and four major industrial centers (Shanghai, Nanjing, Beiping and Qingdao). Detailed information on the gross output value, physical output, number of factories, number of employees, type of materials and fuel consumed, for sixteen sectors of manufacturing industry were included as outlined above. The census consists of three volumes. The statistical information for the Chinese-owned modern factories on the provincial level was reported in volume two, with the definition of Chinese-owned modern factories being the establishments which employed 30 or more employees and used mechanical power. Detailed statistical information on sub-provincial level for Chinese-owned modern factories, as well as for parts of the handicraft factories, were reported in volume three.

As far as Jiangsu and Guangdong are concerned, volume two of the census records detailed statistical information for 1,522 Chinese-owned modern factories in Jiangsu (including Shanghai) and 228 Chinese-owned modern factories in Guangdong, only a small part of which have their exact location within Jiangsu and Guangdong indicated. In addition, they exclude information on the military factories and foreign-funded factories. For those reasons, volume three of the census reported statistics for modern factories and partial handicraft for 29 counties in Jiangsu and eleven counties in Guangdong individually, thus leaving a substantial portion of handicraft industry in other counties in Jiangsu and Guangdong uncovered.

In the second source, Ou Pan-San made two improvements compared to Lieu’s survey:

(1) He added 49 Chinese-owned modern factories and 68 foreign-funded modern factories in Jiangsu without specifying their exact location within Jangsu;

(2) Ou obtained further data for seven sectors (fourteen sub-sectors) in Jiangsu as well as for six sectors (ten sub-sectors) in Guangdong for county level;

(3) Estimates at the provincial level were made by Ou for four sectors or nine sub-sectors for Jiangsu, as well as for four sectors or six sub-sectors for Guangdong. In making these modifications, Ou aimed to make supplements for the sectors without handicraft employment or with a small portion of handicraft employment in Lieu’s census.

Table 2 Sectors and sub-sectors on county and provincial levels by Ou
Sectors Sub-sectors Jiangsu Guangdong
Lumber & Wood products Sawmilling
Wood Products
Cany bamboo, Willow and Straw-made Articles
Sectors Sub-sectors Jiangsu Guangdong
Machinery Foundry C C
Machine Building and Repairing C C
Metal Products Metal Appliances
Currency C
Electrical Appliance  
Transport Equipment Ship Building and Repairing
Vehicle Building and Repairing
Soil & Stone Brick and Tile
Glass and Glassware C
Ceramics P P
Lime P P
Other Soil and Stone C C
Water, Electricity & Gas Water C C
Electric Power
Gas C
Chemical Products Match P P
Match Stem-chip P P
Candle and Soap
Enamel C C
Artificial Fat C
Paint C C
Inedible Oil
Drugs and Cosmetics C C
Acid-Base and Other Chemicals C
Textile Cotton
Cotton Yard
Cotton Cloth
Silk Reeling
Silk Weaving P
Wool Textile P
Hemp Spins P
Clothing  
Rubber & Leather Leather
Sectors Sub-sectors Jiangsu Guangdong
Leather Products
Rubber P
Rubber Products C C
Beverages & Foods Rice-hulling
Flour
Tea P P
Tobacco
Brewing
Sugar P
Salt P
Oil
Soft Drink
Egg
Other Beverages and Foods
Paper & Printing Paper
Paper Products
Printing C C
Accessories & Instruments  
Miscellaneous  
Military Industry Weapon
Warship building
‘C’ refers to data offered by Ou on county level, ‘P’ refers to data offered by Ou on provincial level, A dash (-) refers to sub-sector without data on either county or provincial level. Source: Ou Pan-San (1947)

As a third source, Ma provided a complete provincial estimate of manufacture industry for Jiangsu. In his estimate, the modern factories were derived from D.K. Lieu and a small part of the handicraft industry was derived from Ou Pan-San. For most other handicraft sectors, he just applied rough estimates for the missing sectors using agricultural raw material output as proxies. For example, for the cotton yarn sub-sector, since there is no provincial level hand-spun cotton yarn data, Ma used the Jiangsu share of raw cotton production to estimate its share of hand-spun yarn.

In sum, even though they greatly improved our knowledge of manufacturing, due to the limitations of the data they collected these three publications are still likely to underestimate the actual output value. In addition, they only provide very limited sub-provincial information. Therefore, they have to be supplemented with other quantitative sources.

Indeed, when the National Government was founded in Nanjing in 1927, a large number of governmental departments and private associations, recognizing the need for statistical information, began to compile industrial statistics in a more or less systematic way. These new surveys were conducted on three different levels of aggregation: provincial-level, county-level, and sector-level. Starting with the provincial level, with the exception of D.K. Lieu’s survey, the other main provincial survey was conducted by the International Trade Bureau of the Ministry of Industry, under control of the national government. This office published regional and local surveys of industry and commerce covering 5 ­provinces. Jiangsu was the first province where a comprehensive provincial-level survey was carried out and published in 1933 under the name China’s industrial Chronicles (Jiangsu Province). 5In 1937 a similar survey was published as Investigation Report on Basic Industries, Special Industries and Rural Side-industry in Guangdong Province by the Guangdong branch of the National Economic Construction Campaign Committee. These censuses recorded industrial activities in 1932 and 1932-1936 respectively, including the number of factories, location of factories, the amount of capital, the number of employees, wages, physical output, output value, and raw materials consumed.6

Second, provincial and municipal governments as well as research organizations conducted county-level studies and surveys in the early 1930s, in both Jiangsu and Guangdong. These were mainly published in an economic journal named Industry and Commerce Bimonthly.7 Third, sector-level industry studies and surveys were carried out by both government departments and private associations. So were surveys conducted for the sectors of Electrical Power, Silk Reeling, Oil, Acid and Other Chemicals, Accessories and Instruments, Military Manufacture, and Miscellaneous.8

These three types of new sources allow us not only to examine and improve the overview of the modern factories from Lieu and Ou, but also to supplement the handicraft industry. First, as shown in Table 3, compared to Lieu and Ou, we totally supplement 234 modern factories for Jiangsu, and 53 for Guangdong, specifically providing the related information as exact location of these factories, number of employees, wages, physical output, and output value. All Chinese-funded factories are derived from such sources as China’s industrial chronicles (Jiangsu Province), China’s electrical industry statistics, and China’s power plant statistics. All foreign-funded factories are derived from China’s electrical industry statistics, and China’s power plant statistics. All military factories are derived from Materials of ordnance industry archive in modern China.

Table 3 Comparison of the number of modern factories in this text with those reported by Lieu and Ou for Jiangsu and Guangdong
Types of factory Lieu Ou This text
Chinese-funded factories 1,747 1,789 2,053
Foreign-funded factories 68 85
Military factories 2 6
Total 1,749 1,857 2,144

Second, as far as handicraft industry is concerned, based on China’s industrial chronicles (Jiangsu Province) and Investigation report on basic industries, special industries and rural side-industry in Guangdong ­Province we were able to make improvements on both county and provincial levels. As can be seen in Table 4, we improved four sectors (seven sub-sectors) in Jiangsu and eight sectors (fifteen sub-sectors) in Guangdong on the county level. Furthermore, as indicated in Table 4, we ­added quantitative information on the provincial level for totally twelve sectors (22 sub-sectors) in Jiangsu and nine sectors (nineteen sub-sectors) in Guangdong. Of these totally 21 sectors, for six sectors, besides above-mentioned sources, we used special surveys conducted for sectors such as silk reeling, sugar, and inedible oil. Yet, for the remaining sectors we use an eclectic approach to arrive at rough estimates (for a description of these methods see Xu and Van Leeuwen).9 For example, by utilizing depreciation rates of transport equipment as proxies, we can arrive at the sector of transport equipment for both provinces by estimating replacement rates. Likewise, using agriculture raw material output as proxies, such sub-sectors as sawmilling, rice-hulling, flour, and oil for both provinces were estimated. For the sub-sectors of wood, bamboo, metal, electrical appliance, brick, candle, accessories and miscellaneous for both provinces, clothing for Jiangsu as well as brewing for Guangdong, we can take regional samples on consumption records of such subsectors as proxies to arrive at their provincial production.

Table 4 Sectors and sub-sectors on county and provincial levels by this text
Sectors Sub-sectors Jiangsu Guangdong
Lumber & Wood products Sawmilling P P
Wood Products P P
Cany bamboo, Willow and Straw-made Articles P P
Machinery Foundry
Machine Building and Repairing
Metal Products Metal Appliances P P
Currency
Electrical Appliance   P P
Transport Equipment Ship Building and Repairing P P
Vehicle Building and Repairing P P
Soil & Stone Brick and Tile P P
Glass and Glassware C
Ceramics
Sectors Sub-sectors Jiangsu Guangdong
Lime
Other Soil and Stone
Water, Electricity & Gas Water
Electric Power C C
Gas
Chemical Products Match
Match Stem-chip
Candle and Soap P P
Enamel
Artificial Fat
Paint
Inedible Oil –P
Drugs and Cosmetics
Acid-Base and Other Chemicals C
Textile Cotton P P
Cotton Yard P P
Cotton Cloth C C
Silk Reeling P P
Silk Weaving C
Wool Textile C
Hemp Spins C
Clothing   P C
Rubber & Leather Leather C C
Leather Products P C
Rubber P
Rubber Products
Beverages & Foods Rice-hulling P P
Flour P P
Tea
Tobacco P C
Brewing C P
Sugar P
Salt
Sectors Sub-sectors Jiangsu Guangdong
Oil P P
Soft Drink P C
Egg C
Other Beverages and Foods C C
Paper & Printing Paper C C
Paper Products C C
Printing
Accessories & Instruments   P P
Miscellaneous   P C
Military Industry Weapon C C
Warship building C C
‘C’ refers to data offered by this text on county level, ‘P’ refers to data offered by this text on provincial level, A dash (-) refers to subsectors offered by Ou on either county or provincial level. With exception of both sectors of water, electricity & gas as well as military, other sectors with county level data cover modern and handcraft.

Results

When comparing our results with Lieu and Ou (see Figure 1), it appears that our dataset is substantially more complete than the earlier attempts. This difference is especially marked in the beverages and food sector which has a high share of handicraft workers as can be observed in Figure 1. Figures 2 and 3 presents the distinction between handicraft and modern manufacturing industry on the provincial level, expressed in 1933 prices, for Jiangsu and Guangdong respectively.

For the different regional patterns in Jiangsu and Guangdong in Figures 2 and 3, one could find the following explanations. First, although Jiangsu and Guangdong were the earliest industrializers in China (starting already in the 1860s), there was a substantial gap between both provinces in the 1930s. Not only was the number of modern factories in Jiangsu seven times higher than that in Guangdong, the share of output value of modern factories in total manufacturing industry was also two times higher than that in Guangdong. Second, Jiangsu and Guangdong also present two phases of early industrialization in 1930 China. Industrialization in Guangdong had developed from the production of resource-intensive primary commodities. Hence, the production of food processing commodities such as rice, sugar, oil, and tea accounted for the biggest share of total manufacturing industry.

Figure 1 Comparison of aggregate gross output value of total (modern and handicraft) industry, in selected sectors by Lieu, Ou and our dataset for Jiangsu and Guangdong (unit: Chinese yuan)

  

 

Sources: D.K. Lieu (1937); Ou Pan-San(1947); this text.

Figure 2 Share of modern and handicraft industry by sector in 1933 price in Jiangsu

  

 

Figure 3. Share of modern and handicraft industry by sector in 1933 price in Guangdong

  

 

Sources: this text.

Meanwhile, according to some historical records, industrialization in Jiangsu had already achieved a shift from this resource-intensive to a labour-­intensive pattern between 1920 and 1930. This was mainly driven by increasing textile and clothing sectors. Unfortunately, the Great Economic Depression that occurred between 1929-1933 resulted in a relative decline in both textile and clothing sectors in Jiangsu and forced it to return to resource intensive sectors such as food production (i.e. flour and tobacco sectors). As a result, the production in labour-intensive sectors such as textiles and clothing only accounted for around 30% of total manufacture industry and food production was one of the biggest sectors with a share of around 40% of the total manufacturing industry. Finally, our study of both provinces shows already major differences on a regional level. This is likely to be true as well for other provinces.

Conclusion

Regional industrialization has become a hotly debated topic in recent years. Yet, oddly enough, regional developments in China, one of the fastest industrializing countries in the world, are largely neglected. In this paper, we not only list existing studies but also try to complement them with a variety of additional sources. This has resulted in new, and substantially higher, estimates of industrial output value both on provincial and county level in Jiangsu (including Shanghai) and Guangdong. We thus hope that the method of this study may be applied to other Chinese provinces as well and that this study may contribute to further research in economic history, economics, and economic geography.

About the authors

Yi Xu (1979) is a Professor in Chinese History in Guangxi Normal University in China, and a PhD researcher at the International Institute of Social History in Amsterdam. His main research interest is quantitative economic history of China, including studies of historical national accounting, urbanization, human capital, and industrialization. He has published 16 Chinese papers in Chinese academic journals, and 3 papers in English academic journals and volume. Currently he is involved in the writing of an English volume on regional industrialization in China in 1933, cooperating with Dr. Bas van Leeuwen (International Institute of Social History).

E-mail: xuyi1840@163.com

Zhihua Tang (1997) is a research assistant at Guangxi Center of Humanities and Social Sciences, and an undergraduate student in Chinese history in Guangxi Normal University, collecting the regional industry datasets for the project ‘The historical dynamics of industrialization in Northwestern Europe and China ca. 1800-2010: a regional interpretation’.

E-mail: zhihua.tang1997@gmail.com