Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

A durable pollination raincoat for hybridization during monsoon in coconut

View through CrossRef
Large-scale production of hybrid seed nuts of coconut is necessary to match the high demand for hybrid seedlings. But in major coconut producing states such as Kerala, Karnataka and Goa hybridisation is carried suspended during monsoon season and out effectively only during dry season for a period of six months from November to May. Some of the reasons attributed to the stoppage of pollination work during monsoon are the slippage of the trunk while climbing, problems in male flower collection and wetting of the pollination bags during heavy rains. Technological developments in coconut sector viz., the invention of coconut climbing devices and cryopreservation techniques have contributed to safe climbing and pollen storage for utilisation during off-seasons, respectively. However, the wetting of the pollination bag used for hybridization remains a problem. We report the development and successful initial testing of a durable raincoat for the pollination bag so that coconut pollination can be carried out throughout the year in heavy monsoon areas. This reusable raincoat is integrated with the ground pollination unit and can be fitted easily on the pollination bag, and it ensures complete dryness of the pollination bag. Only one climbing per tree is required for emasculation, bagging and raincoat fitting on a single inflorescence. The raincoat has provisions for suspending a pollen delivery tube and pollen dusting and bag removal can be done from the ground. The durable raincoat cover for the pollination bags has resulted in a fruit setting of 22.5-41.3 per cent.
Title: A durable pollination raincoat for hybridization during monsoon in coconut
Description:
Large-scale production of hybrid seed nuts of coconut is necessary to match the high demand for hybrid seedlings.
But in major coconut producing states such as Kerala, Karnataka and Goa hybridisation is carried suspended during monsoon season and out effectively only during dry season for a period of six months from November to May.
Some of the reasons attributed to the stoppage of pollination work during monsoon are the slippage of the trunk while climbing, problems in male flower collection and wetting of the pollination bags during heavy rains.
Technological developments in coconut sector viz.
, the invention of coconut climbing devices and cryopreservation techniques have contributed to safe climbing and pollen storage for utilisation during off-seasons, respectively.
However, the wetting of the pollination bag used for hybridization remains a problem.
We report the development and successful initial testing of a durable raincoat for the pollination bag so that coconut pollination can be carried out throughout the year in heavy monsoon areas.
This reusable raincoat is integrated with the ground pollination unit and can be fitted easily on the pollination bag, and it ensures complete dryness of the pollination bag.
Only one climbing per tree is required for emasculation, bagging and raincoat fitting on a single inflorescence.
The raincoat has provisions for suspending a pollen delivery tube and pollen dusting and bag removal can be done from the ground.
The durable raincoat cover for the pollination bags has resulted in a fruit setting of 22.
5-41.
3 per cent.

Related Results

Assessment of water quality of the Dhuppani waterfall and its advantages for the inhabitants of the Rangamati Hill Tracts, Bangladesh
Assessment of water quality of the Dhuppani waterfall and its advantages for the inhabitants of the Rangamati Hill Tracts, Bangladesh
The present investigation aimed to evaluate seasonal fluctuations in water quality parameters of the Dhuppani waterfall, located in Rangamati, Bangladesh, with the goal of supporti...
The Monsoon as a Hydrological Capacitor: Memory Effects and Interannual Variability
The Monsoon as a Hydrological Capacitor: Memory Effects and Interannual Variability
The monsoon plays a very important role in controlling water availability over land, especially in regions like South Asia. While monsoon rainfall is often studied as a seasonal ev...
Revitalization of Economic Development of Coconut Area in North Sulawesi
Revitalization of Economic Development of Coconut Area in North Sulawesi
<p>Coconut is a potential commodity in North Sulawesi Province. At national level, this province contributes of about 9% of the national coconut production, however, the cont...
Productivity and commercial classification of pitaya in orchard with pollination
Productivity and commercial classification of pitaya in orchard with pollination
Information related to the productivity and classification of pitaya allows the assessment of the need and planning of orchard pollination. The objective of this study was to evalu...
Pollination Parameter Optimization and Field Verification of UAV-Based Pollination of ‘Kuerle Xiangli’
Pollination Parameter Optimization and Field Verification of UAV-Based Pollination of ‘Kuerle Xiangli’
In this study, we investigated unmanned aerial vehicle (UAV) pollination of ‘Kuerle Xiangli’, and screened the pollination operation parameters to determine the precise parameters ...
Optimalisasi Rancang Bangun Mesin Mobile Husk Decorticator (Pengupas Tapas Mampu Pindah) untuk Mengolah Tapas Kelapa
Optimalisasi Rancang Bangun Mesin Mobile Husk Decorticator (Pengupas Tapas Mampu Pindah) untuk Mengolah Tapas Kelapa
A tool called the "Moveable Tapas Peeler" or Mobile Husk Decorticator is used to beat or pound the coconut tapas. This method breaks down the coconut fiber (coconut fiber) and peat...
Spatiotemporal Variation in Pollination Deficits in an Insect-Pollinated Dioecious Crop
Spatiotemporal Variation in Pollination Deficits in an Insect-Pollinated Dioecious Crop
Inadequate quantity and quality of pollen reaching the stigmas decreases the sexual reproductive output of plants, compromising yield. Still, the current extent of pollen limitatio...

Back to Top