Industry Strategic Science and Technology Plans (ISPs) Platform

Crops

Nanobiopesticide for Fusarium wilt control

With the aim to develop a nanobiopesticide using metabolite/s from plant growth-promoting bacteria (PGPB) against fusarium wilt on high-value crops, the Nanobiotechnology Laboratory, National Institute of Molecular Biology and Biotechnology (BIOTECH), University of the Philippines Los Baños (UPLB) implemented a project for the production of banana, tomato, and cucumber. Results showed a comparable effect of …

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Banana productivity and supply chain enhancement in Cagayan Valley Region

Focusing on Saba, Lakatan, and Latundan varieties, the program was proposed to sustain the banana industry in Cagayan. The program titled “Enhancing the Productivity and Supply Chain of Banana Industry in Cagayan Valley Region” will rehabilitate and improve the banana industry in Cagayan along the supply chain: from input suppliers to banana production to consumers …

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Multi-location Evaluation of Promising Saba Strains with Short Stature

The Philippine banana chips industry has become one of the country’s emerging export winners. The raw materials for banana chips production are based on two cultivars, namely Saba and Cardaba. One of the major problems besetting the industry is the lack of raw materials for processing banana chips. Mass propagation and dissemination of Saba strains …

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Coconut-Based Intercropping with Banana and Corn as Livelihood Options for Communities in Brgy Camansihay, Tacloban, Leyte: An S&T Community-Based Farm (STCBF) Approach

The proposed project will try to demonstrate the effectiveness and benefits of the technologies on improving farm productivity through organic farming in Yolanda-affected communities, particularly in one barangay of Tacloban City, Barangay Camansihay, the communities of which were severely affected by the calamity. The opportunity for the success of the project is that the biggest …

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Biological Control of Invasive Pests of Coconut Using Predatory Black Earwig, Chelisoches morio (Fabr.) (Chelisochidae, Dermaptera) in S&T Community-Based Farm in Nagcarlan, Laguna

This project intends to showcase the effectiveness of Chelisoches morio (Fabr.) as a biological control agent of invasive pests of coconut in increasing the productivity and income of coconut farmers in Nagcarlan, Laguna through the STCBF project. It is composed of two studies – Study 1 is the research component of the project which will …

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PCA-Recommended Coconut Hybrids and Cultivars for VCO and Coconut Sap Sugar

Through the utilization of coconut genetic resources for high value products, best performing hybrids and varieties recommended for commercial production of coconut sap sugar and VCO were identified. The processing protocols from sugar grade toddy harvesting to sap sugar processing and packaging for commercial production of coco sap sugar were also optimized. Four hybrids (PCA …

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Coconut genomics-Assisted Molecular Breeding

The Coconut Genomics Program aims to improve coconut productivity through genomics-assisted marker selection for yield traits and molecular breeding of existing varieties. These include hybrid, on-farm selection, and economically beneficial cultivars. The program makes use of farmer’s field selections and selected coconut varieties, single-cross hybrids and advanced mapping populations of the Philippine Coconut Authority (PCA). …

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Coconut Hybridization Program

The Tacunan Dwarf x Laguan Tall (TACDxLAGT) hyrbids produced by the project thru assisted hybridization scheme in D’Farm, Brgy. Caldong, Sampaloc, Quezon.

Geared towards guaranteeing the production and ensuring sustainability of quality hybrids for the production of selected high-value products including coconut sugar, virgin coconut oil (VCO), and buko, the project titled Performance Evaluation of the 2-Pronged Coconut Hybridization Scheme in CALABARZON is being implemented by the Philippine Coconut Authority (PCA) – Region IV. The project is …

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Coconut Somatic Embryogenesis Technology (CSet)

CSet Cultures: A. Plumule-derived calloids; B. Somatic Embryos; C. Shootlet; D. Plantlet; and E. First fully-developed plantlet cv. Baybay Tall (BAYT)

The CSet Program, a 5-year program funded by DOST-PCAARRD, aims to mass propagate coconut planting materials using plumular tissues of identified tall, dwarf and hybrid varieties through coconut somatic embryogenesis. This program adopted the enhanced PCA-CSet protocol in seven (7) partner tissue culture laboratories that were upgraded for the protocol.  These laboratories are located in …

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