Lot Of Land Research Articles

About the Need to Study the Effect of Soil Salinity on Diseases

The article is devoted to the issues of diseases and their development characteristic of the conditions of saline lands, which have received little attention so far. Due to deficiencies in irrigated agriculture, salinization is increasing more and more. In some countries, the share of saline land is 32% - 78% of the total used land. As a result of some studies, it was found that in areas with a lot of saline land, there is a higher incidence of diseases of the digestive organs and even cancer. In Mingbuloq District, Namangan Region of Uzbekistan, there was a high incidence of “Certain disorders related to the immune mechanism of diseases of blood and blood-forming organs (including anemia)” in adolescents under 14 years of age. Almost 2 times more was found. Judging from statistical data, it is possible to note a high level of infant mortality in many countries with saline lands. These data indicate that the study of the effects of salt-flooded lands on diseases is the most urgent problem.

Classification of land lot shapes in real estate sector using a convolutional neural network

In the agriculture and real estate industries, land lot shapes have mostly been classified by visual inspection or hard-crafted rules. These conventional methods are time-consuming, resource-intensive, and subject to human bias. This study aims to fill this gap and alleviate problems inherent in traditional lot classification approaches. This study attempts to classify lot shapes automatically, using a convolutional neural network. A study area was chosen, image data of the lots in the area were collected and preprocessed, and an Xception neural network was specified to classify land lots according to their shapes. The test applied to a different area adjacent to the study area achieved an accuracy of 90.1% and area under the curve (AUC) of 0.96. Additionally, this study demonstrated that shape regularity can be quantified using the output scores from the neural network analysis. This is the first attempt to employ a deep learning algorithm for land management on a micro-spatial scale. The classification approach proposed in this study is expected to encourage the rapid and accurate classification of various lot shapes.

Transportation, decentralization, and path dependence: How did the old tramway shape Shanghai, China?

This article studies the short- and long-run economic consequences of the now-extinct Shanghai tramway. Tramway was the primary mode of transportation in Shanghai between 1908 and the 1930s, continuing to operate until 1975. With the geolocation of the tramway lines on both historical cadastral maps and current Google maps, the article finds that after the arrival of the tramway, land lots close to the tramway lines experienced a larger increase in land value relative to those far away from the tramway lines, and that the reduction in transportation costs led to a flattening land value gradient with respect to distance from the central business district (CBD). It also finds that the tramway still influences the current pattern of urban land value, even nearly fifty years after the removal of the last tramway track. Such persistent influence can be largely explained by the follow-on amenities near the tramway lines. The evidence found in this article suggests that the tramway in Shanghai promoted decentralization by enhancing accessibility to the CBD from distant locations in its heyday, and influences modern behaviors through the mutually reinforced private and public coordination of economic activities.

Research on the Motivation and Effect of Longfor Group's Transformation to Asset-light Operation Mode

Since the real estate marketization reform in 1998, China's real estate industry has continued to focus on asset operation mode, at that time in the golden period of the industry, real estate enterprises only need to hoard a lot of land, wait for the appreciation of the land and then resell, you can get considerable returns. However, in the context of the current slowdown in the economic growth of China's real estate industry, it is difficult for commercial real estate enterprises to continue to operate with heavy assets, so such enterprises begin to seek transformation, and want to change a profit model to match the current market. As a new way for enterprises to accumulate core competence and maximize value, "asset-light operation" model has been highly valued by the academic and business circles. This paper takes Longfor Group, a representative real estate enterprise, as the research object, and makes an in-depth analysis of the company's finance from the perspective of its financial characteristics and financial performance, in order to provide certain theoretical references for the successful application of the transformation and development of similar companies.

Improvement of superior soybean variety, Biosoy-1 for aluminium tolerance character

Abstract Indonesia has lot of sub-optimal land, especially outside Java, but generally the land is acidic, contains lots of heavy metals and is poor in nutrients, making it less suitable for agriculture, including soybean cultivation. Efforts to improve land conditions through the application of liming are quite helpful, but are inefficient because they are easily washed out by rainwater and require expensive labor and costs for large areas. The use of tolerant and adaptive varieties for acidic land are effective solutions. Biosoy-1 and Biosoy-2 are new superior soybean varieties released by Ministry of Agriculture which have high yield potential (more than 3 tons/ha) and big grain, but are less adaptive to sub-optimal land so that the planting area is still limited. Efforts to improve the Biosoy variety for aluminum stress tolerant have been carried out through the introgression of the MaMt2 gene from transgenic soybean lines into the Biosoy variety. Thirty of F1 soybean seeds have been produced and 24 plants of them were positive for carrying the MaMt2 gene. Furthermore, the F1-MaMt2 plants were backcrossed to Biosoy several times in order to obtain a soybean line with high yield and tolerance to aluminum stress. Currently, a total of 16 number of BC3F1 seeds are being planting in confined screen house for molecular analysis and following by backcrossing to Biosoy-1 variety to produce BC4F1 seeds.

Revealing agricultural land ownership concentration with cadastral and company network data

AbstractIn many high-income countries, agricultural land is highly concentrated in a few hands, but detailed knowledge of ownership structures is limited. We examined land ownership structures and agricultural land concentration for the entire state of Brandenburg, Germany (1.3 million ha), using cadastral and company network data. Our aim was to characterise all landowners, analyse the degree of ownership concentration, and examine the role of the largest landowners in more detail. We found a high fragmentation of ownership among 185,000 different owners. Most of the land was owned by individuals not active in agriculture and only a third of the land was owned by farmers and other agricultural actors. Absentee ownership covered a quarter of the land. Ownership concentration was low to moderate in most regions and reached high levels in only a few areas. The largest owners were public institutions, private investors and nature protection institutions. Areas where public institutions owned a lot of land showed high concentrations, but also some areas where private landowners owned a lot of land. In summary, our analysis provides rare information on the concentration of agricultural land ownership in a large region. Such analysis facilitates better justification and design of policies that regulate agricultural land markets.

Study of the green building implementation: towards net zero energy housing (case study: South Tangerang)

The study investigates the use of green building concepts by private developers in South Tangerang. The implementation of green building policies has a significant impact on the government’s target of reducing energy consumption and carbon emissions by 2030. The private sector, specifically large private developers in South Tangerang, has made significant contributions to the successful implementation of green building. The majority of new houses built in recent years have been built by large private developers with a lot of land in South Tangerang. This research is significant because a large developer with all of the financial and technical resources can be a pioneer in the future application of green building for residential homes. For governments with all financial and technical constraints, the active role of private developers will greatly aid in the mass implementation of green buildings. However, the constraints and challenges faced by private developers in incorporating green building concepts into their products remain poorly understood and discussed. A simulation of a typical model house built by a private developer can be used to assess the private sector’s potential for energy and economic savings. There are still very few green building discussions that address the potential of housing to save energy. The study is expected to contribute to discussions about green building applications by providing an overview of the challenges and potential for implementation.

Studying the influence of additives of cationic latex and basalt fiber on the calculated characteristics of stone-sand mixtures made of iron tailings reinforced with cement

Problem. As a major industrial solid waste, iron tailings not only occupy a lot of agricultural land, but also pollute the environment. It is necessary to study the effect of adding different concentrations of aqueous cationic latex and different lengths of basalt fibers to the composition of crushed stone-sand mixtures of iron tailings and cement on the parameters of flexural ultimate tensile strength and the characteristics of the modulus of elasticity calculation. Goal. The effect of additives of aqueous cationic latexes of different concentrations and basalt fiber of different lengths in the composition of crushed stone-sand mixtures of iron tailings with cement on the flexural tensile strength and the elastic modulus as design characteristics was investigated. Methodology. The first stage of the study was to determine the effect of the content of two cationic latexes on the values of the tensile strength in flexion and the elastic modulus of the material from CSM-40 made of iron tailings reinforced with cement. The content of Butonal NS 198 and Butonal 5126 latexes in the composition of CSM-40 was 0, 3, 5, and 10 % by weight of the optimal amount of water at the maximum density of the mixture with cement. At the second stage, the influence of the length of basalt fibers at their content of 0.05 % by weight of the crushed stone and sand mixture on the values of the flexural tensile strength and the elastic modulus of the material from the cement-reinforced iron tailings CSM-40 was studied. It has been established that the addition of cationic latexes of the Butonal series to the composition of crushed stone-sand mixtures of iron tailings with cement causes a moderate increase in the values of the flexural tensile strength and the elastic modulus, compared to the material without the addition of latexes. Experimentally, a more significant increase in the values of the flexural tensile strength and elastic modulus of fiber-reinforced materials made of crushed stone-sand mixtures of iron tailings with cement was found compared to materials modified with cationic latexes. Conclusions:1.When the latex content is 5% (equivalent to the critical concentration of micelle formation in aqueous solution), the flexural tensile strength can be increased by a maximum of 14-15%. Under similar conditions, the elastic modulus value increases by 12-18%. 2.The addition of 0.05% (by weight) basalt fiber to the crushed stone and sand mixture of rust-colored quartzite reinforced with cement improves the bending strength and elastic modulus values compared to the non-fiber material. The largest increases in flexural tensile strength (18.5%) and elastic modulus (27.1%) are for materials with basalt fiber lengths of 18 mm.

Literature on Floating Solar Power Plant

Due to the high demand and constant depletion of fossil fuel, we need to focus on renewable energy source, which is natural energy. Hydro and wind are also renewable energy sources, but they are specific in location as compared to this solar energy, which can be installed at any location. The main problem with solar is that it requires a lot of land, which is scarce and expensive. However, with this floating solar system, we can install it on water bodies, which not only reduces the land cost, but also improves the efficiency of the solar panels by cooling the water and reducing its evaporation. In this project, we are doing a study on the floating structure that is a solar floating system. Key words: Renewable Energy, Floating Solar System, Solar Panel.

The Legal Protection for the Recognition of Customary Right in Agrarian Regulations

The purpose of this research, to find out the extent to which customary law community land rights are recognized in Indonesian legislation. This article is legal research type of library research by using a statutory regulatory approach (Statute Approach). For customary law communities, Land is part of their lives that is controlled and managed jointly with the responsibility given by nature to maintain and protect it. In reality, a lot of customary land has been taken by the government and used as agricultural land, Even though customary law communities have legal standing regulated in the 1945 Constitution, Law Number 5 of 1960 concerning Basic Regulations on Agrarian Principles, MPR Decree No. IX/2001, Law Number 39 of 1999 concerning human rights. However, in reality, the government still takes customary land which is then given to investors to manage. This of course infringes the rights of customary law communities. This problem is exacerbated because in article 5 paragraph (1) of Law number 41 of 1999 concerning Forestry states that customary forests are part of state forests.

Budidaya Tanaman Hortikultura dan Lumbung Pangan dalam Upaya Pemanfaatan Lahan Pekarangan di Kelurahan Klitren Yogyakarta

One of the characteristics of urban areas is the increasingly limited land that can be used for plant cultivation. Only now, a lot of yard land has yet to be utilized optimally, especially for cultivating vegetables. Klitren Village, in the center of Yogyakarta City, has community-owned yard land that can be used even though the area is limited. This service activity aims to maximize the use of yard land for cultivating vegetable plants, herbal gardens, and food storage. This service activity was carried out in Klitren Village at the Asoka Farming Women's Group (FWG) in July 2022. The service activity was attended by 81 people who were a combination of women members of Asoka's FWG, the Village Head of Klitren Village, Village Agricultural Extension Officers, Lecturers, Students, Research and Community Service Units, and the Klitren Village community from various. The service is carried out through several activities, including making planting media for cultivating vegetable plants, arranging herbal gardens, and providing food barns. 100% of the evaluation results stated that the activity participants knew how to make planting media and food storage. In comparison, 66.7% said they knew how to organize and maintain an herbal garden. 66.7% of the participant's responses to the activities indicated that they were helpful and hoped they could be sustainable and improved.

Soil Quality Index in Cocoa Crops

The main objective of this research is to develop a methodology to calculate a soil quality index in cocoa crops (Theobroma cacao L.), based on chemical properties such as pH, cation exchange capacity, organic matter, and percentage of base saturation, essential for the availability of nutrients in each cocoa tree. The problematic situation that causes this research is related to low yields per hectare, in small and medium-sized cocoa farms in the department of Huila – Colombia. A chemical quality index is proposed, which facilitates the analysis of the health behavior of the cultivated soil and nutrition of the cocoa plants, as a result of its interrelation with the physical and biological aspects. The proposed methodology is based on principal components analysis, to obtain weights and variable standardization equations, which evaluate 248 soil samples. The data indicate that in the cocoa producing land lots there are high pH values, cation exchange capacity and base saturation, but low levels of organic matter. It is concluded that in general the soils used showed moderate or low quality (52.42% and 11.29%, respectively), the rest showed high quality (36.29%). A soil intervention can improve its quality, however, the characteristic of the crop and the low levels of organic matter, requires recovering the properties and improving the health of the soil, if possible, through the implementation of regenerative agriculture, the object of future studies and research.

Optimization of expropriation costs on the highway projects in Türkiye

Expropriation is widely used to introduce highway projects into the society. Expropriation is the registration process of real estate and equities owned by natural and legal persons on behalf of the administration for public interest, provided that property and easement right amount shall be paid in cash or in advance or by equal installments. In what situations and by which institutions expropriation is carried out are restricted by the law. In accordance with the Article 3 of the Expropriation Law Number 2942 amended by the Law Number 4650, the expropriation process shall not be started without an adequate allowance provided by the administration. The exercise of the right of property shall not be against public interest.” Project areas are required to be converted into public property after the development plans for the public projects are prepared. Areas regarded as private property but intersected by highway, railway or waterway routes can only be occupied after expropriation. Without expropriation, projects based on transportation in improvement areas can be opened to public with the application of the provisions of the Development Law Number 3194, while those in areas having no development plan can be opened to public with the application of the relevant provisions of the Agricultural Reform Law Number 3083 on Land Consolidation in Irrigated Areas and Law Number 5403 on Soil Conservation and Land Use. In this article, opening highways, railways, and waterways to public in Türkiye using the implementation of development plans is discussed. For the real estate coinciding with the route of public investments, if land and land lots are arranged in accordance with the Article 18 of the Development Law Number 3194, state withholding up to 45% may be imposed. The objective function in the state withholding can be stated as f= costmin= f(a,b). Land acquisition increases as the ratio of state withholding increases, resulting in the minimization of the expropriation costs. Public projects such as highway can be opened to public free of charge with development plan implementation in improvement areas and with land consolidation in rural areas having no development plan.

Inversion of large-scale citrus soil moisture using multi-temporal Sentinel-1 and Landsat-8 data

Soil moisture is a significant variable in agricultural study and precision irrigation decision-making. It determines the soil water availability for plants, directly influencing plant growth, yield and quality. Owing to the variations in regional microclimate, landform difference, soil type and vegetation coverage, the soil moisture has strong spatial-temporal heterogeneity on a large regional scale. Micro-wave remote sensing can be used to invert soil moisture based on the dielectric constant under different weather conditions, while optical remote sensing utilizes spectral characteristics to estimate the physiological and ecological information of vegetation. In this study, two new hybrid models (ACO-RF and SSA-RF) were structured by optimizing the standalone random forest (RF) based on the ant colony optimization algorithm (ACO) and sparrow search algorithm (SSA), and six input combinations based on the multi-temporal Sentinel-1 and Landsat-8 remote sensing data from different sensors (optical, thermal and radar sensors) were used. The standalone RF, ACO-RF, and SSA-RF models with different combinations of inputs were employed to predict the soil moisture at different depths (5 cm, 10 cm, 20 cm, 40 cm) in a large-scale drip-irrigated citrus orchard. The results showed that the ACO-RF and SSA-RF outperformed the standalone RF model in terms of prediction accuracy at a depth of 0–40 cm, with R2 of 0.800–0.921 and 0.504–0.798, RRMSE of 7.214–16.284% and 11.124–22.214%, respectively. In the hybrid model, the ACO-RF model had better prediction accuracy than the SSA-RF model, with R2 of 0.805–0.921 and 0.800–0.911, RRMSE of 7.214–13.244% and 8.274–16.284%, respectively. At depths of 5 cm, 10 cm and 20 cm, the inversion accuracy of the model with microwave inputs was higher than that with multispectral inputs, with R2 of 0.556–0.888 and 0.541–0.886, RRMSE of 9.015–19.544% and 9.124–22.214%, respectively. However, at a depth of 40 cm, the inversion accuracy of the model with multispectral inputs was higher than that with microwave inputs, with R2 of 0.532–0.841 and 0.508–0.831, RRMSE of 9.124–21.021% and 9.142–21.214%, respectively. The model with multispectral, thermal, and microwave inputs exhibited the highest accuracy in predicting soil moisture, with R2 of 0.635–0.921, RRMSE of 7.214−18.564%, respectively. Therefore, the ACO-RF with multisource remote sensing data is recommended to predict the soil moisture in the drip-irrigated citrus orchard. This approach can provide data support for making intelligent irrigation decisions on a large-scale grid land lots.

Trends and dynamics of modernization changes in the agrarian system of post-reform Russia

The subject of this article is the agrarian policy of Russia, conducted after the abolition of serfdom. Specifically, we are talking about the modernization of agriculture in Russia at the turn of the XIX and XX centuries. It is no secret that, despite the lingering remnants of feudal-serfdom relations, the peasant reform of 1861 gave a noticeable impetus not only to the development of agriculture, but also to the economic development of Russia as a whole for several decades. The object of the study is the analysis of the state of agriculture in Russia, the level of development of which largely determined the state of the economy as a whole. The authors place special emphasis on the comparison of the American and Prussian ways of developing the agrarian system, as well as on the analysis of P.A. Stolypin's policy. The article presents two ways of developing the agrarian system – the Prussian and the American. If the Prussian way was typical for Russian agriculture in the first two decades after 1861, the American way became a reality in the early twentieth century. The novelty of the conducted research lies in the fact that in modern historiography there is no consensus on the question of the correlation of types of agrarian evolution in Russia. In the "old", serf-like areas, of course, the "Prussian" way of development prevailed. The "American" way of developing capitalism in rural areas, or rather, its potential, has become a historical reality where the level of development of landed proprietorship was low or it was absent as such. Despite the fact that the reforms initiated by P. A. Stolypin were curtailed, the trace of Stolypin's evolution of peasant farming on capitalist principles turned out to be quite noticeable in the agrarian policy of some regions. So, in those provinces where the remnants of serfdom did not have a significant impact on the socio-economic development of the village, there was a lot of free land and there was an active process of colonization, the colonists created separate farms. Modernization was actively underway in these regions: the most developed, mature forms of capitalism in agriculture emerged – using large capital, mass wage labor and improved tools and machines. It is no coincidence that after 1917, bran and farmsteads often existed until complete collectivization.

PENINGKATAN HASIL PERTANIAN KELOMPOK WANITA TANI DI DESA LUMBAN TOBING KAB. HUMBANG HASUNDUTAN

The current conditions are that partners still use conventional methods in processing land, namely using hoes and rakes, while the land that must be cultivated is 17,800 m2 – 22,600 m2 / person. If you use manual methods, what happens is that a lot of land cannot be cultivated optimally, so that the productivity of agricultural products is not optimal. The purpose of using a cultivator in tillage is to create a physical condition of the soil that is suitable for plant growth with equipment that works mechanically and on a large scale. Modern agricultural equipment plays a very important role in supporting agricultural operations. Currently, almost all farmers in Indonesia have switched to using machines rather than livestock, such as buffalo and cows, to plow their fields. The reason is, modern rice cultivators can be operated on various agricultural land, ranging from dry (fields) or wet (rice fields). so that the results obtained are increasing partners' skills in using agricultural technology, both in the form of use and maintenance of these tools.Cultivate agricultural land more optimally so that the productivity of agricultural products is maximized. Partners' problems regarding human resources are resolved through the provision of 1 cultivator unit

Spatiotemporal change of cultivated land in China during 2000-2020.

Cultivated land is of great significance for ensuring food security. Since the 21st century, China's rapid development has led to urban construction occupying a lot of cultivated land. The understanding of stage characteristics and regional differences needs to be improved. And it is necessary to quantify the temporal and spatial pattern of cultivated land changes since the 21st century. We used the global land cover dataset (GlobeLand30) to investigate the quantity and spatial distribution of cultivated land change in China from 2000 to 2020. The results show that: 1) Over the last two decades, China's arable land has diminished by 54,996 square kilometers. Notably, the arable land loss between 2010 and 2020 was 1.74 times greater than that from 2000 to 2010. This decline has been exacerbated by factors such as the expansion of urban and rural areas, as well as initiatives to revert farmland to forests and grasslands; 2) The eastern coastal regions experienced the most severe net arable land loss, with a net reduction of 42,989 square kilometers from 2000 to 2020, primarily driven by urban expansion; 3) In contrast, the western regions demonstrated the most substantial net increase in arable land, expanding by 11,583 square kilometers from 2000 to 2020, primarily driven by the development of forests and grasslands. It is noteworthy that despite some areas successfully implementing policies to return farmland to forests and grasslands, the ecologically fragile western regions continue to experience accelerated conversion of these natural landscapes into arable land, partly to compensate for the farmland decrease driven by urbanization in the eastern regions. Looking ahead, China's cultivated protection policy must strike a balance between the ecological value of the western region and the economic value of the eastern region.

Sustainable upcycling of artificial lightweight cold-bonded aggregates (ALCBAs) designed by biochar and concrete slurry waste (CSW) into porous carbons materials for CO2 sequestration

CSW (Concrete Slurry Waste) is a hazardous solid waste due to its high alkalinity, and traditional landfill disposal wastes a lot of land. To effectively recycle CSW, this project applied it, ordinary Portland cement (OPC), and Biochar (BC) into designing artificial lightweight cold-bonded aggregates (ALCBAs) by disc granulation. A new test device for evaluating the amount of carbon absorption in ALCBAs was designed and ALCBAs adding ultra-high volume of CSW (CSW-ALCBAs) with BC dosage of 0%, 5%, 10%, and 15% were designed, respectively. The compressive strength, water absorption rate, carbon-sequestration efficiency, pores, hydration phase, and ecological properties of CSW-ALCBAs were also investigated under standard, carbonation, and sealing curing conditions. The results showed that CSW-ALCBAs had obvious carbon-sequestration potential, and the maximum carbon absorption was 18.2 wt% at 15% BC dopsage and the minimum carbon absorption was 16.2 wt% at 5% BC doping. Also, the carbon absorption of CSW-ALCBAs increases with the rise in BC dosage. Besides, the compressive strength in standard and sealed curing conditions peaked at 5% BC dosage, about 2.76 MPa, and then decreased rapidly with increasing BC dosage, and the compressive strength drops to 1.86 MPa at 15% BC dosage. Carbonization condition can improve the mechnaical and physical properties of CSW-ALCBAs with water absorption rate in the range of 6%− 13%, and the maximum compressive strength was about 6.18 MPa. And the compressive strength with the lowest and highest increasing rate in the groups under 28-d carbonized condition were in groups B5 and B10, where the compressive strength increased by 56% and 215%, respectively. Additionally, the total porosity of CSW-ALCBAs is in 13%− 23%, and the BC can provide abundant harmless pores (<50 nm) and store sufficient water. The BC could result in the internal curing effect, and the hydration products such as CH, CC, C-S-H, and AFt could be clearly observed. The choice of 5% BC doping for developing green CSW-ALCBAs is very promising. Overall, this study provides a novel method for the production of carbon-negative aggregates, which not only helps to address the recycling of massive CSW, but also opens up new channels for CSW recycling and CO2 sequestration. Meanwhile, compared with the previous reports about the recycling of CSW has been explored in various ways of utilization and curing regimes, this project explores its potential for carbon capture and investigates the changes in various properties of CSW-ALCBAs after carbonization.

Pengembangan Ekonomi Masyarakat Desa Moain Melaui Pembuatan Keripik Daun Bayam

Moain Village is one of the villages that is a KKN location for Undergraduate Program students in PSDKU, Pattimura University. Based on observations, it is known that around where the people of Moain Village live, there is a lot of empty land (idle land) that can be used to grow spinach. Apart from that, Moain Village is one of the villages producing spinach which is marketed in Tiakur City. Therefore, KKN students took the initiative to improve the economy of the community in Moain village, namely through developing the Spinach Leaf Chips product. This activity of making spinach leaf chips was carried out to provide knowledge about processing spinach leaves and help the economy of the community in Moain village. This activity aims to provide knowledge and understanding to the community in order to improve the local economy by utilizing the land around where they live. The evaluation results show that the program for making spinach leaf chips is able to improve the economy of the local community and has a good impact.

How Different Degrees of Land Reform Affect Economic Development: Comparative Analysis Based on China and India after 1950s

Whether and to what extent land reform is undertaken is of great importance to a wide range of developing countries as it relates to national economic development. This paper makes a comparative analysis of land reforms in China and India after the 1950s. China's land reform was radical. The landlord class lost control of the land, and China's landless peasants disappeared. India's land reform was more conservative. The landlord class still held a lot of land for a long time, and there are still a large number of landless peasants in India after the 21st century. The comparative analysis shows the differences in land reform policies. This difference led to different results in the development of both agricultural area and industry area between China and India, which indicate that different degrees of land reform have significant impacts on national economic development. The conclusion shows that the land reform which changes land ownership from landlord class to peasant class has a positive effect on economic development. But the land reform of land collectivization does not necessarily play a positive role in the national economic development.