Technology Catalog Contributing to Production Potential and Sustainability in the Asia-Monsoon Region : Ver. 4.0

The International Center for Strategy "MIDORI"

doi:https://doi.org/10.64096/0002000949

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アイテム

Technology Catalog Contributing to Production Potential and Sustainability in the Asia-Monsoon Region : Ver. 4.0

https://doi.org/10.64096/0002000999

名前 / ファイル	ライセンス	アクション
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Item type

国際農研デフォルトアイテムタイプ（フル）(1)

公開日

2025-10-01

タイトル

Technology Catalog Contributing to Production Potential and Sustainability in the Asia-Monsoon Region : Ver. 4.0

言語

その他のタイトル

Strategy for Sustainable Food Systems, MIDORI Technology Catalog for the Asia-Monsoon Region

言語

その他のタイトル

Agriculture, Forestry and Fisheries Technology Catalog for the Asia-Monsoon region

言語

作成者

The International Center for Strategy "MIDORI"

アクセス権

open access

アクセス権URI

http://purl.org/coar/access_right/c_abf2

権利情報

All rights to the information items contained in this technology catalog are reserved by the developers of the technologies or legitimate third parties. Distribution of copies, in whole or in part, is authorized provided the source is clearly stated, but the use of any item or modification of the item in other publications without prior written permission is prohibited. The source must be fully cited when referring to the technology described in this catalog.

内容記述

内容記述タイプ

TableOfContents

内容記述

“Prolonged midseason drainage” in paddy fields for maintaining agricultural production and decreasing greenhouse gas emissions : 1
Greenhouse gas emission reduction technology with the combination of biogas effluent application and multiple drainage in a rice paddy : 2
A method to estimate the reduction in life cycle greenhouse gas emissions from rice cultivation caused by the use of alternate wetting and drying : 3
Energy-saving low-carbon technology in greenhouse horticulture utilizing thermal energy in irrigation canals : 4
Improved CO₂ recovery and application equipment to reduce greenhouse gas emissions and increase productivity in greenhouse horticulture by utilizing exhaust gases from heating and cooling equipment : 5
Technologies for reducing greenhouse gas emissions from livestock waste : 6
Mitigation of methane emissions from local cattle using cashew nut shell liquid feeding : 7
A simple and accurate method for estimating soil carbon sequestration using biochar based on proximate analysis : 8
Utilization by “Multi-Biomass Treatment Process” of unused biomass discharged from the palm oil industry : 9
Low-cost, high-efficiency production of CH₄ and H₂ from agricultural residues through microbial saccharification and bio-methanation : 10
A new F₁ high-sugar, high-biomass sorghum variety “ENRYU” supports decarbonization efforts : 11
Biological nitrification inhibition maintains wheat yield with reduced nitrogen fertilizer application : 12
"Paddy Field Dam" that reduces flood damage downstream while maintaining agricultural production : 13
Monitoring saline intrusion in rivers near paddy fields using satellite data : 14
“Disaster prevention support system for irrigation pond” to predict flood risk and share disaster information : 15
Underdrain-drilling machine “Cut Drain”: Easy construction of subsurface drainage without additional materials : 16
The “Cut-Soiler” tractor attachment easily constructs shallow subsurface drainage systems using agricultural residues such as rice and wheat straw : 17
International differential system to protect the rice production against rice blast diseases : 18
Controlling disease in paddy rice seeds using hot water disinfection combined with pre-drying : 19
Propagation and distribution system of healthy seedcane as control measures against sugarcane white leaf disease : 20
Simple bioassay for early detection of insecticide resistance in fall armyworm for multinational sharing : 21
Strawberry disease control with heat shock treatment : 22
DNA marker technology for efficiently breeding cassava mosaic disease-resistant lines and supporting stable cassava production : 23
Smart production systems contributing to productivity improvement in paddy rice cultivation : 24
Smart agricultural machinery in compliance with the Common Communications Standard (ISOBUS) : 25
A simple shoot-tip grafting practical method for virus-free passion fruit propagation at the farm level : 26
Deep planting technology for sustainably producing sugarcane : 27
Removing seed coat tissues improves the germination rate, enabling seedling propagation to achieve the planned management of sago palms : 28
Information and communication technology-based water management system for reducing agricultural water usage, agricultural labor, and electricity : 29
Identification of wood species and provenance of timber to promote trade of legal timber : 30
A simple calculation method of biological indices for blood cockle resource management through aquaculture fishing ground selection and harvest time determination : 31
Utilizing coconut fiber for the recovery of tropical sea cucumber resources : 32
Smartphone application to collect coastal fisheries and environmental information for adaptation to changes in the marine environment (FishGIS) : 33
ToroCam : A smartphone application for rapid collection of total length data required for fish stock assessment : 34
An improvement method of selective logging criteria for dipterocarp timber species to maintain healthy tropical rainforests : 35
Easy-to-do monitoring method for soil erosion risk to maintain high productivity and water and soil conservation functions of forests : 36
DOA Khon Kaen 4 (KK4) : A new sugarcane cultivar with high fiber (bagasse) productivity : 37
JES1 : A new Erianthus cultivar for biomass production : 38
Aquaculture feed with the black soldier fly larvae easily grown from fruit residues as a protein source : 39
A new aquaculture method of giant tiger prawn to improve profitability by utilizing unused biological resources as supplementary live feeds : 40
Simple and highly sensitive detection kits for foot-and-mouth disease virus that can be used in the Asia-Monsoon region : 41
Simple and rapid diagnostic technology that can be used in the field to enable early quarantine measures for foot-and-mouth disease : 42
Maintaining an acidic condition can prevent liquefaction of fermented rice noodles : 43
Method for optimizing salt concentration to control histamine levels in fermented fish sauce to ensure safety and reduce waste : 44

言語

出版者

Japan International Research Center for Agricultural Sciences

言語

eng

資源タイプ

資源タイプ識別子

http://purl.org/coar/resource_type/c_2f33

資源タイプ

book

出版タイプ

VoR

出版タイプResource

http://purl.org/coar/version/c_970fb48d4fbd8a85

ID登録

10.64096/0002000999

ID登録タイプ

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2025-10-02 01:05:19.617618

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Technology Catalog Contributing to Production Potential and Sustainability in the Asia-Monsoon Region : Ver. 4.0

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