Objective

One of the structural limitations of many agricultural economies is fragmented land ownership and inefficient farm-scale management, which constrain productivity, technology adoption, logistics efficiency, water management, and long-term agricultural competitiveness.

In the era of:

• precision agriculture

• AI-driven farm intelligence

• climate-adaptive farming

• autonomous machinery

• smart irrigation systems

• intelligent logistics

• resilient food systems

agricultural competitiveness increasingly depends on the ability to optimize land utilization and orchestrate agricultural operations at ecosystem scale rather than isolated small-scale production units.

The objective of the Land Consolidation & Efficient Farm Management Framework is to establish an adaptive agricultural land management ecosystem capable of integrating fragmented agricultural plots into coordinated, technology-enabled, resource-efficient, and climate-resilient production systems while preserving farmer rights and local participation.

The framework is designed to support:

• efficient land utilization

• precision agriculture deployment

• intelligent farm orchestration

• climate-adaptive land management

• smart irrigation optimization

• agricultural mechanization scalability

• cooperative production systems

• resilient agricultural productivity

Action

Develop a national Land Consolidation & Efficient Farm Management Ecosystem integrating:

• digital land mapping systems

• farm management platforms

• precision agriculture infrastructure

• shared agricultural machinery systems

• AI-assisted production planning

• smart irrigation coordination

• agricultural logistics optimization

• cooperative land management models

• climate-risk land analytics

• agricultural productivity intelligence systems

into a unified adaptive agricultural land orchestration architecture.

The framework will establish:

• voluntary land consolidation mechanisms

• intelligent farm management standards

• shared agricultural infrastructure systems

• AI-driven farm coordination models

• precision resource allocation systems

• climate-resilient land optimization frameworks

• cooperative production governance mechanisms

• regional agricultural productivity coordination systems

to strengthen Thailand’s long-term agricultural productivity and intelligent food system resilience.

Expected Output

Thailand achieves an adaptive agricultural land management ecosystem capable of enabling:

• efficient agricultural land utilization

• scalable smart farming deployment

• precision agriculture expansion

• intelligent farm coordination

• resilient climate-adaptive production systems

• optimized agricultural logistics

• cooperative production efficiency

• sovereign agricultural productivity capability

The framework ultimately becomes a foundational territorial productivity infrastructure layer supporting Thailand’s transition toward an intelligent agricultural civilization and resilient food economy.

Objective

หนึ่งในข้อจำกัดเชิงโครงสร้างที่สำคัญของระบบเกษตร คือ:

• การถือครองที่ดินแบบกระจัดกระจาย

• fragmented farm structures

• small-scale inefficient production

• limited mechanization capability

• weak irrigation coordination

• low productivity scalability

ซึ่งส่งผลต่อ:

• technology adoption

• smart farming deployment

• logistics efficiency

• water management

• climate adaptation capability

• long-term competitiveness

แต่ในยุคของ:

• precision agriculture

• AI-driven farm intelligence

• autonomous farming systems

• climate-adaptive agriculture

• intelligent logistics

• resilient food systems

“ประสิทธิภาพของการบริหารจัดการพื้นที่เกษตร” จะกลายเป็น strategic productivity infrastructure ของประเทศ

วัตถุประสงค์ของ Land Consolidation & Efficient Farm Management Framework คือการสร้าง adaptive agricultural land management ecosystem ที่สามารถบูรณาการพื้นที่เกษตรที่กระจัดกระจายเข้าสู่ coordinated, technology-enabled และ resource-efficient production systems

โดยยังคง:

• สิทธิของเกษตรกร

• local participation

• community governance

• และความสมดุลทางสังคมในชนบท

เพื่อรองรับ:

• efficient land utilization

• precision agriculture deployment

• intelligent farm orchestration

• climate-adaptive land management

• agricultural productivity optimization

Action

พัฒนา Land Consolidation & Efficient Farm Management Ecosystem ระดับประเทศ โดยเชื่อม:

• digital land mapping systems

• farm management platforms

• precision agriculture infrastructure

• shared agricultural machinery systems

• AI-assisted production planning

• smart irrigation coordination

• agricultural logistics optimization

• cooperative land management models

• climate-risk land analytics

• agricultural productivity intelligence systems

เข้าสู่ unified adaptive agricultural land orchestration architecture

กรอบดังกล่าวจะกำหนด:

• voluntary land consolidation mechanisms

• intelligent farm management standards

• shared agricultural infrastructure systems

• AI-driven farm coordination models

• precision resource allocation systems

• climate-resilient land optimization frameworks

• cooperative production governance mechanisms

• regional agricultural productivity coordination systems

เพื่อยกระดับประเทศไทยสู่ intelligent agricultural productivity nation ในยุค AI-driven food civilization

Expected Output

ประเทศไทยมี adaptive agricultural land management ecosystem ที่สามารถรองรับ:

• efficient agricultural land utilization

• scalable smart farming deployment

• precision agriculture expansion

• intelligent farm coordination

• resilient climate-adaptive production systems

• optimized agricultural logistics

• cooperative production efficiency

• sovereign agricultural productivity capability

ในระยะยาว Framework นี้จะกลายเป็น foundational territorial productivity infrastructure layer ของ intelligent agricultural civilization และ resilient food economy ของประเทศไทย