PHOTOS: Wiamoase fruit is not an apple - CSIR

Scientists from the Crops Research Institute (CSIR) have established that a supposed apple tree planted at Wiamoase in the Ashanti Region could be a fig tree.

The CSIR in a statement "debunking" the claims said the peel of the fruit contains a thick whitish latex which sticks to objects and the hand and is difficult to clean.

The CSIR team included the Agona District Director of the Ministry of Food and Agriculture, Mr Ernest Owusu Kwarteng and was led by Mr Beloved Mensah Dzomeku, a Principal Research Scientist and lead horticulturist of the Institute also used a mobile plant identification app to arrive at their findings.

"Additionally, the (CSIR) team used PlantSnap, a high-tech, comprehensive and accurate plant identification mobile app which is able to identify over 90 percent of all known species of plants and trees to match the leaves of the supposed plant and confirmed that indeed it was a fig tree (Ficus sp.) and not an apple tree as previously claimed," the statement said.

"The Institute believes that the said tree could be Ficus sycomorus which is native to tropical Africa, South of the Sahel as well as North of the Tropic of Capricorn. Its fruit is a large edible fig, 2–3 cm in diameter, ripening from buff-green to yellow or red. They are borne in thick clusters on long branchlets or the leaf axil".

Viral post

News of the supposed apple tree trended over the weekend after a social media post went viral on Twitter.

Transverse section with several seeds within the fruit

Read the entire CSIR statement below;

ALLEGED FRUITING OF APPLE AT WIAMOASE, ASHANTI REGION: CSIR-CROPS RESEARCH INSTITUTE DEBUNKS CLAIM

A team of research scientists from the CSIR-Crops Research Institute visited Wiamoase, in the Sekyere-South District of the Ashanti region to ascertain the veracity of the alleged apple fruiting in the community. The team included the Agona District Director of the Ministry of Food and Agriculture, Mr. Ernest Owusu Kwarteng and was led by Mr. Beloved Mensah Dzomeku, a Principal Research Scientist and lead horticulturist of the Institute.

The alleged “apple” tree is growing on latitude 07o 03’ 333’’ N and longitude 001o 31’150’’ W, at an altitude 432m above sea level as a shade tree in a house.

On site, the team made the following observations:

1. Morphologically, the tree has several adventitious roots emerging from the stem and branches (see photos below).
2. The transverse and longitudinal sections of the immature fruits show several seeds within the fruit (see photo below).
3. The peel of the fruit contains a thick whitish latex which sticks to objects and the hand and is difficult to clean.

Additionally, the team used PlantSnap, a high-tech, comprehensive and accurate plant identification mobile app which is able to identify over 90 percent of all known species of plants and trees to match the leaves of the supposed plant and confirmed that indeed it was a fig tree (Ficus sp.) and not an apple tree as previously claimed.

The Institute believes that the said tree could be Ficus sycomorus which is native to tropical Africa, South of the Sahel as well as North of the Tropic of Capricorn. Its fruit is a large edible fig, 2–3 cm in diameter, ripening from buff-green to yellow or red. They are borne in thick clusters on long branchlets or the leaf axil.

Ecology of Fig

Fig belongs to the family Moraceae (sometimes called Mulberry family). There are over 850 different types of fig in the world. Available literature indicates that the Fig infructescence is pollinated by symbiosis with fig wasp (Blastophaga psenes). Various reports also state that the fertilized female wasp enters the fig through the scion, which has a tiny hole in the crown (the ostiole).

She crawls on the inflorescence inside the fig and pollinates some of the female flowers. She lays her eggs inside some of the flowers and dies. After weeks of development in their galls, the male wasps emerge before females through holes they produce by chewing the galls. The male wasps then fertilize the females by depositing semen in the hole in the gall. The males later return to the females and enlarge the holes to enable the females to emerge. Then some males enlarge holes in the scion, which enables females to disperse after collecting pollen from the developed male flowers.

Females have a short time (<48 hours) to find another fig tree with receptive scions to spread the pollen, assist the tree in reproduction, and lay their own eggs to start a new cycle.

It was not surprising that having cut open the immature fruits, there was an insect in it.

In 2017, the total world production of fig was 1,152,799 tonnes with the leading producing countries being Turkey (305,689tons), Egypt (177,135tons), Morocco (137,934tons), Algeria (128, 684 tons) and Iran 70,730 tonnes (FAOSTAT, 2018)