Using the profitability matrix model of industry entry and exit barriers from Porter’s strategic management theory, this study explores the diversified business directions of geological exploration units. By analyzing the characteristics of four business segments within the geological exploration industry—geological surveying, mining development, engineering construction, and geological exploration services—as well as their respective entry and exit barriers, we determine the positions of these four business segments in the profitability matrix of entry and exit barriers. In terms of industrial diversification, geological exploration units should continue to focus on the geological surveying sector, moderately reduce their involvement in mining development, prioritize the development of the engineering construction sector, and concurrently foster growth in the geological exploration services sector. Recommendations: (1) Geological exploration should focus on adjusting the industrial structure. (2) Mining development should be adjusted in a timely manner in accordance with environmental protection policies. (3) Engineering construction should continuously be optimized and strengthened. (4) Geological exploration services should further expand their business scope.

　　0 Introduction

　　Currently, the global mining industry is gradually recovering and experiencing a slow rebound, driven by the recovery of the world economy. However, China’s geological exploration economy is lagging behind the global trend, affected by factors such as slowing demand growth, structural reforms on the supply side, reforms in the mineral resource rights fee system, and reforms within geological exploration institutions themselves. During this period, Chinese geological exploration enterprises should continue to proactively pursue diversified business development, identifying business segments within various sectors of the geological exploration industry that are well-suited to market conditions and leverage their own strengths. By continuously strengthening their core competencies and cultivating new growth drivers, these enterprises can ensure sustained vitality and resilience. Yet, the different business segments within the geological exploration industry—such as geological surveys, mining development, engineering construction, and geological services—each possess distinct characteristics and operate in varying industry environments. The industry environment represents the space upon which an enterprise depends for its survival and development; it is the external environment that has the most direct and intimate relationship with the enterprise, profoundly influencing the extent of its profitability. Moreover, it serves as the foundation for strategic decision-making. Therefore, analyzing the industry environment is critically important and essential for enterprises. When selecting key areas for diversification, geological exploration enterprises should adopt a strategic perspective, thoroughly examining the current status of each business segment, assessing barriers to entry and exit, and evaluating future development trends. They must carefully consider whether entering a particular business segment will yield high or low profits, whether those profits will be stable and low-risk, or whether they will be uncertain and high-risk.

　　Here, we can use a profitability matrix—based on Porter’s strategic management theory—that incorporates industry entry barriers and exit barriers to analyze the various business segments within the geological exploration industry. The relationship matrix between entry barriers and exit barriers represents an important aspect of industry analysis. By pairing different states of these two types of barriers, the matrix yields four distinct scenarios: both entry and exit barriers are low; entry barriers are low while exit barriers are high; entry barriers are high while exit barriers are low; and both entry and exit barriers are high. This matrix comprehensively captures the varying levels of industry profitability and risk that a firm may encounter when operating in a given industry. If a firm finds itself in a situation where entry barriers are high and exit barriers are low, it can effectively withstand competitive pressures from new entrants and, when competition within the industry reaches saturation, either eliminate some competitors or promptly adjust its strategy and withdraw to protect its accumulated profits. This scenario represents the most ideal situation for a firm. On the other hand, if a firm operates under conditions of low entry barriers and high exit barriers, it will continuously face intense competitive pressure from new entrants and will be unable to timely withdraw from this challenging environment, ultimately having to share profits with these new competitors. This scenario is the least favorable for the firm. With this matrix model, firms can simply assess the potential rewards and risks they might encounter by entering a particular industry through an analysis of the industry’s entry and exit barriers.

　　1 Industry Entry and Exit Barriers Profitability Matrix

　　Entry barriers refer to the degree of advantage that incumbent firms in an industry possess over potential entrants and newly established firms entering the industry. Such advantages may include economies of scale, cost advantages, favorable policy and legal frameworks, product differentiation, and the required level of capital investment—all of which can serve as entry barriers to a particular industry. Consequently, when entry barriers in an industry are low, firms typically earn relatively lower profits in that industry. On the other hand, the higher the entry barriers, the more difficult it becomes for potential competitors to enter the industry. Once a firm has established a relatively solid position in such an industry, it generally enjoys higher profits.

　　Exit barriers refer to the difficulties faced by existing firms when they wish to withdraw from an industry due to poor market prospects and declining performance. These barriers arise from various factors that prevent resources from being smoothly transferred out of the industry—for instance, the costs associated with converting fixed assets, exit expenses, business relationships with other companies, emotional and psychological obstacles, as well as governmental and social constraints—all of which can serve as exit barriers in an industry. Generally speaking, the lower the exit barriers in an industry, the more stable the profits that firms can sustain within that industry; conversely, the higher the exit barriers, the more challenging it becomes for firms to make significant adjustments to their fixed assets and staffing levels when the industry is in a downturn or undergoing technological transition. If such firms fail to adapt effectively, the profits they previously earned can easily vanish. As a result, whether a firm has previously enjoyed low or high profits, it will face heightened risks.

　　2 Analysis of Diversified Geological Exploration Business Based on a Matrix Model

　　2.1 Geological exploration industry

　　Currently, China’s geological exploration industry as a whole continues to maintain a trend of rational return. Although social capital is becoming increasingly rational and cautious in its investment in mineral resource exploration, the central government’s financial input into geological exploration remains roughly at the same level as before. This indicates that the country’s commitment to strengthening mineral exploration—especially public-interest geological work—reducing exploration risks, and promoting breakthroughs in geological prospecting has not changed. In terms of barriers to entry, the geological exploration industry still remains under strict state control. The technical, experiential, and qualification-based barriers are extremely difficult to overcome. However, unlike other industries with high barriers to entry, these high barriers do not necessarily translate into high profits. On the contrary, since geological exploration is closely tied to the nation’s long-term resource reserve strategy, such efforts often involve investments that are less concerned with cost efficiency. Moreover, the outcomes of geological exploration cannot be artificially predicted or controlled, making it essentially a non-profitable endeavor. As for barriers to exit, geological exploration units in this industry are typically state-funded public institutions or state-owned enterprises; thus, there is no real possibility of exiting the industry. Even if one were to wish to withdraw, they would be constrained by national regulations and therefore unable to do so. Consequently, the geological exploration industry can be considered to occupy the upper-right quadrant of this matrix—belonging to an industry characterized by low profitability and high risk.

　　2.2 Mining development industry

　　Currently, the mining industry is in a relatively sluggish state, and the value of many types of mineral resources—as well as the valuations of related mining companies—are significantly undervalued. Leading international mining enterprises and investment institutions are all adopting a cautiously optimistic outlook for the mining industry over the next few years. They anticipate that global demand for certain minerals will continue to decline in the coming period, driving down prices further and forcing excess capacity within the industry to be eliminated more aggressively. In terms of barriers to entry, companies with sufficient financial strength and established technological expertise can meet the regulatory requirements for obtaining relevant qualifications and thus participate in mining development. However, stringent environmental regulations imposed by the government limit the entry of smaller firms with weaker financial and technological capabilities. Overall, therefore, the barriers to entry remain relatively high. Once a company has successfully entered this industry—and provided it avoids sharp declines in mineral prices or adverse policy shifts by the government regarding specific resources—it generally stands to achieve relatively high profits. As for exit barriers, since mining development projects typically require massive investments in fixed assets and equipment, and mining operations themselves often span several years or even decades, when the industry enters a downturn, it becomes difficult to smoothly transfer resources, and the conversion of fixed assets proves extremely challenging. Consequently, exit barriers in the mining industry are very high. Thus, the mining industry occupies the lower-right quadrant of the matrix—placing it squarely in the category of high-profit, high-risk industries.

　　2.3 Construction engineering industry

　　As the national economy enters a period marked by a shift in growth speed, painful structural adjustments, and the digestion of earlier stimulus policies—three overlapping phases that are increasingly intensifying pressures—the era of rapid growth in the construction engineering sector is gradually coming to an end. Under the new normal, China’s economic structure continues to optimize, with the industrial composition shifting from being dominated by the primary and secondary sectors in the past to being led by the tertiary sector. Consequently, in the future, the construction engineering industry will primarily focus its investments on projects related to public welfare initiatives such as transportation infrastructure development, urban infrastructure, ecological restoration projects, affordable housing construction, and shantytown redevelopment. Compared to the geological exploration and mining industries, the construction engineering sector has relatively lower barriers to entry. However, since the assessment of enterprise qualification levels in China’s construction industry directly affects their market access, and since companies’ past performance also influences their standing in the market, the construction engineering sector still faces significant barriers to market entry and experience-based hurdles. Moreover, every stage of a construction project—from contract acquisition and equipment procurement to subcontracting—requires substantial capital investment. As general contractors assume overall coordination and management responsibilities, they must also bear considerable upfront funding and financing obligations, thus creating high financial-scale barriers as well. Overall, therefore, the construction engineering sector has relatively high barriers to entry. On the other hand, the exit barriers in the construction engineering sector are comparatively low. Given the wide variety of construction projects, each with its own unique characteristics, once a company meets certain qualification and capital requirements, it can relatively easily switch between different types of projects under varying market and policy conditions. Thus, for geological exploration firms, entering the construction engineering sector would place them in the lower-left quadrant of the matrix—positioned as a stable, high-profit industry.

　　2.4 Geological Exploration Services Industry

　　As an important component of the geological exploration services industry, the engineering consulting sector, due to its relatively diversified business areas, has not been significantly affected during the downturn in the mining industry. Against the backdrop of socio-economic development, advances in science and technology, and national policies that encourage and support the consulting industry, , China's engineering consulting industry is developing rapidly. , Market demand is steadily increasing. As for entry barriers, since China’s engineering consulting industry started relatively late, the relevant policies and regulations—including technical specifications, market access systems, technical standards, and requirements for practicing professionals—have yet to be fully coordinated. Moreover, there is still no unified standard for industry management. As of... 2014 By the end of the year, the number of domestic enterprises that have obtained engineering consulting qualifications has reached... 7000 Home, Jiangsu Province, self- !*** 1988 Since the establishment of the first consulting agency by the Provincial Planning and Economic Commission, there has been... 400 The firm has obtained qualification as a consulting entity. This indicates that the entry barriers in the engineering consulting industry are relatively low. Moreover, given that the business scope of engineering consulting firms is constrained by industry and geographic regions, with overlapping service areas and comparable capabilities, competition among peers is intense. Consequently, at this stage, profit margins in the industry remain relatively low. As for exit barriers, since the engineering consulting industry is capital-light—meaning there’s no issue of converting fixed assets—and given that most practitioners are highly educated and technically skilled, it becomes relatively easy to pivot to new business lines should the market cool down or policies shift. Therefore, the exit barriers are also not high. As a result, the geological exploration services sector, which primarily focuses on engineering consulting, is located in the upper-left quadrant of the matrix—indicating that it is an industry capable of generating stable, albeit low, profits.

　　It is worth noting that, due to the varying degrees of entry and exit barriers across different industries, these barriers exhibit distinct characteristics at different stages of an industry’s lifecycle and are also constantly influenced by the macroeconomic environment. Therefore, when selecting specific business segments, geological exploration units should more closely consider their own responsibilities in social development as well as their own risk preferences.

　　3 Reflections and Suggestions

　　In summary, geological exploration units currently undergoing a period of profound adjustment in both global and domestic resource sectors should, in terms of diversifying their business portfolios, continue to place strong emphasis on the geological exploration industry—given its critical importance to the nation’s long-term interests and the inherent social responsibility and historical significance of these units—and thus cannot afford to neglect it lightly. In contrast, in the other three industries, units may appropriately prioritize certain areas while making strategic trade-offs. Under the current circumstances, the mining development sector—characterized by high profits but also high risks—could be scaled back somewhat. Meanwhile, the engineering construction sector, which can generate relatively stable, albeit lower, profits, could become the primary focus for geological exploration units during this phase of business diversification. Additionally, the geological exploration services sector—while offering stable, albeit lower, profits—could serve as an excellent complementary line of business, provided that conditions permit.

　　3.1 Geological exploration should focus on adjusting the industrial structure.

　　Currently, industry regulations and policies related to geological exploration are being or will soon be adjusted and revised, and the structure of geological work—particularly its industrial structure—is undergoing profound changes. As stated in the report of the 19th National Congress... “ Accelerate the reform of the ecological civilization system and build a Beautiful China. “” Establish and practice the philosophy that lucid waters and lush mountains are invaluable assets. “” Strengthen the prevention and control of geological disasters. ” This provides clear guidance for geological work and calls for vigorous promotion of green development, circular development, and low-carbon development. These requirements pose new challenges for the structural adjustment of the geological exploration industry. In the future, geological work should be deeply integrated with urban and rural development, marine resource exploitation, information networks, and improvements in people’s livelihoods, thereby facilitating the transformation and upgrading of the geological exploration sector and its seamless integration into broader societal development. “ Geology of the Earth ” Providing foundational and public-interest geological services to society, fields such as hydrogeological, environmental, urban, agricultural, and tourism geology will usher in broad prospects for development.

　　3.2 Mining development should be adjusted in a timely manner in accordance with environmental protection policies.

　　Currently and in the future, China’s environmental protection policies will remain one of the most important factors influencing mineral prices. The 19th National Congress proposed... “ Accelerate the reform of the ecological civilization system. “” Focus on addressing prominent environmental issues. ” It puts forward guiding requirements on the control of air and water-soil pollution, solid waste management, the improvement of regulatory systems, and the strengthening of penalty mechanisms, thereby elevating the importance of environmental protection reform to a higher level. In the medium to long term, industries—including non-ferrous metals, coal, steel, and chemicals—will all be affected by environmental protection policies. Moreover, these impacts will be enduring, far-reaching, and irreversible. As a result of these impacts, the entry barriers and operating costs for these industries will further increase, while the corresponding exit barriers will remain persistently high. Therefore, geological exploration units should adjust and transform their strategic layouts in the mining development industry in a timely manner, taking into account the direction of environmental protection policies.

　　3.3 Engineering construction should continuously be optimized and strengthened.

　　With China’s increasingly stringent regulation of the real estate sector and the gradual tightening of related policies, the development, construction, and sales activities in the real estate industry have slowed down to some extent. However, nationwide infrastructure projects remain robust, and the volume of domestic construction projects is expected to continue rising in the future. Geological exploration units in the construction industry should adhere to the philosophy of excellence and strength, striving to build a group of leading enterprises whose core businesses are integrated development and construction, general contracting, and advanced technology management. They should also vigorously develop specialized construction services and accelerate the growth of specialized contracting firms that focus on specific products, technologies, processes, trades, and equipment. At the same time, they should pay close attention to... PPP The promotion of this model provides engineering and construction enterprises with new opportunities and innovative profit models, helping them expand their room for survival and development and facilitating the transformation and upgrading of the engineering and construction industry.

　　3.4 Geological exploration services should further expand their business scope.

　　The geological exploration services industry, which primarily focuses on engineering consulting, started relatively late in China and has yet to gain widespread social acceptance, resulting in relatively low industry profits. In the future, the industry should further broaden its scope of business and actively participate in market competition. It should gradually expand from providing pre-project consulting services to offering comprehensive consulting services that integrate pre-project consulting, tendering agency services, cost consulting, and construction supervision—thus continuously extending its business chain. At the same time, the industry should strengthen its efforts to attract talent with diverse professional backgrounds and varied industry experience. In terms of service offerings, it can expand into areas such as feasibility studies, financing consulting, and project management. Moreover, in terms of industry sectors covered, it can extend its reach to industries including non-ferrous metals, steel, petroleum, non-metallic minerals, and new energy.