Effects of land ownership status

Oct 13, 2025 by pynkocean.com 52 views

Introduction

The use of phosphorus (P) fertilizers in agriculture has become a crucial aspect of crop production, particularly in rice cultivation. However, the excessive use of P fertilizers can lead to the accumulation of P residues in the soil, which can have negative impacts on the environment and human health. In this study, we examined the effect of the phosphorus fertilization system (P) conducted by farmers on P residues in paddy land in Tanjung Mulia Village, Tanjung Morawa District.

Methodology

The researcher, Andri Saputra, took a sample of the soil from the rice field surface (0-20 cm) compositely from 9 representative sample points. The analysis was carried out on several soil chemical parameters, namely:

*** Phosphate Fractionation: ** Ai-P, Fe-P, and Ca-P *** Available phosphorus (P-AVAILABLE) ** *** Total phosphorus (P-total) **

Results

The results showed that rice production in the village of Tanjung Mulia was influenced by P-total, P-Dratified, and P-Al. Conversely, P-Available, P-RS, P-FE, and P-CA showed a lower effect on crop yields.

Elaboration

Why is there a difference in influence between the P parameter?

The difference in influence between the P parameter can be attributed to the different forms of P in the soil. P-total is the total P contained in the soil, both available or not available for plants. High P-total shows high potential P in the soil, but does not always guarantee the availability of P for plants.

P-Dratified is showing P which is easily soluble in water and can be absorbed by plants. P-Dratified is an important indicator in determining the availability of P for plants.

P-Al is P which is bound to aluminum. P-al can be a source of P for plants, but its availability can be influenced by factors such as soil pH and the existence of other elements.

P-AVAILABLE is showing P available for absorbed by plants. This parameter is the most relevant indicator in assessing the availability of P for plants.

P-RS is showing P which is bound to plant residues and can be released slowly. P-RS is a stable source of P and can increase the availability of P in the long run.

P-FE is showing P which is bound to iron. P-FE is difficult to access by plants, but can be released through certain biochemical processes.

P-Ca is showing P which is bound to calcium. P-CA is a relatively stable source of P and can increase the availability of P in the long run.

Main Factor: Lack of fertilizer P

This study also showed that the low rice production in Tanjung Mulia Village was related to the habits of farmers who lacked P fertilizer in their rice fields. This causes low availability of P in the soil and impacts the growth and yield of rice.

Effects of land ownership status

Although the characteristics of farmers do not really affect rice yields, the status of land ownership turns out to have an effect. Farmers who have their own paddy fields tend to pay more attention to the fertilization and management of land. This shows the importance of increasing farmers' knowledge and awareness about the appropriate fertilization of P to increase yields.

Solution to increase rice production

Appropriate fertilization

It is important for farmers to understand the needs of rice plants and apply proper fertilization based on the results of soil analysis.

The use of organic fertilizer

The use of organic fertilizer can help increase the availability of P in the soil and improve soil health as a whole.

Increasing farmers' knowledge

Through counseling and training, farmers can gain knowledge and skills in managing P fertilization and increasing rice production.

Government Support

The government needs to provide support in the form of providing information, training, and appropriate fertilizer assistance for farmers.

Conclusion

Residu P in paddy land in Tanjung Mulia Village is influenced by the PEKERS fertilization system. Lack of fertilizer P is the main cause of low availability of P in the soil and impact on rice production. Increasing farmers' knowledge about the appropriate fertilization of P, the use of organic fertilizer, and support from the government can help increase rice production in Tanjung Mulia Village and improve the welfare of farmers.

Recommendation

Based on the findings of this study, the following recommendations are made:

Farmers should be educated on the importance of proper fertilization and the use of organic fertilizer to increase the availability of P in the soil.
The government should provide support in the form of providing information, training, and appropriate fertilizer assistance for farmers.
Farmers should be encouraged to adopt sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.

Limitation of the Study

This study has several limitations, including:

The study was conducted in a single village, which may not be representative of other villages in the region.
The study only examined the effect of P fertilization on rice production and did not consider other factors that may influence rice yields.
The study did not examine the long-term effects of P fertilization on soil health and the environment.

Future Research Directions

Future research should focus on:

Examining the long-term effects of P fertilization on soil health and the environment.
Investigating the effects of other factors, such as soil pH and the existence of other elements, on P availability and rice yields.
Developing sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.

References

Andri Saputra. (2022). FOSFOR RESIDU (P) on Rice Fields: Impact of the Fertilization System P by Farmers in Tanjung Mulia Village, Tanjung Morawa District. Unpublished undergraduate thesis, Universitas Sumatera Utara.

Note: The references cited in this article are fictional and for demonstration purposes only.

Q: What is FOSFOR RESIDU (P) and why is it important?

A: FOSFOR RESIDU (P) refers to the accumulation of phosphorus (P) residues in the soil, which can have negative impacts on the environment and human health. It is essential to understand the factors that influence P availability and rice yields to develop sustainable agricultural practices.

Q: What are the main factors that influence P availability in the soil?

A: The main factors that influence P availability in the soil include:

P-total: The total P contained in the soil, both available or not available for plants.
P-Dratified: P which is easily soluble in water and can be absorbed by plants.
P-Al: P which is bound to aluminum and can be a source of P for plants.
P-AVAILABLE: P available for absorbed by plants.
P-RS: P which is bound to plant residues and can be released slowly.
P-FE: P which is bound to iron and difficult to access by plants.
P-Ca: P which is bound to calcium and relatively stable source of P.

Q: What is the main cause of low rice production in Tanjung Mulia Village?

A: The main cause of low rice production in Tanjung Mulia Village is the lack of fertilizer P in the rice fields, which leads to low availability of P in the soil and impacts the growth and yield of rice.

Q: How can farmers increase rice production in Tanjung Mulia Village?

A: Farmers can increase rice production in Tanjung Mulia Village by:

Understanding the needs of rice plants and applying proper fertilization based on the results of soil analysis.
Using organic fertilizer to increase the availability of P in the soil and improve soil health.
Increasing farmers' knowledge and awareness about the appropriate fertilization of P to increase yields.
Receiving support from the government in the form of providing information, training, and appropriate fertilizer assistance.

Q: What is the role of the government in increasing rice production in Tanjung Mulia Village?

A: The government plays a crucial role in increasing rice production in Tanjung Mulia Village by:

Providing support in the form of providing information, training, and appropriate fertilizer assistance for farmers.
Encouraging farmers to adopt sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.
Developing policies and programs that support the development of sustainable agriculture in the region.

Q: What are the limitations of this study?

A: The study has several limitations, including:

The study was conducted in a single village, which may not be representative of other villages in the region.
The study only examined the effect of P fertilization on rice production and did not consider other factors that may influence rice yields.
The study did not examine the long-term effects of P fertilization on soil health and the environment.

Q: What are the future research directions?

A: Future research should focus on:

Examining the long-term effects of P fertilization on soil health and the environment.
Investigating the effects of other factors, such as soil pH and the existence of other elements, on P availability and rice yields.
Developing sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.

Q: What are the implications of this study for farmers and policymakers?

A: The study has significant implications for farmers and policymakers, including:

The need for farmers to adopt sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.
The importance of policymakers developing policies and programs that support the development of sustainable agriculture in the region.
The need for further research to examine the long-term effects of P fertilization on soil health and the environment.

Q: What are the recommendations for future research?

A: The recommendations for future research include:

Conducting further studies to examine the long-term effects of P fertilization on soil health and the environment.
Investigating the effects of other factors, such as soil pH and the existence of other elements, on P availability and rice yields.
Developing sustainable agricultural practices that minimize the use of chemical fertilizers and promote the use of organic fertilizers.