February 19, 2025 | 04:41 GMT +7

  • Click to copy
Sunday- 09:11, 30/05/2021

Rare orchid discovered in Quang Tri

(VAN) The rare leafless orchid is characterized by underground roots, saprophyte. Stem of the orchid is thin and segmented. Its leaves are deformed into scales.
The type of yellow climbing orchid has scientific name Erythrorchis ochobiensis (Hayata) Garay discovered in Ru Linh forest. Photo: Le Tuan Anh.

The type of yellow climbing orchid has scientific name Erythrorchis ochobiensis (Hayata) Garay discovered in Ru Linh forest. Photo: Le Tuan Anh.

In a research program on flora diversity and herbal resources in Quang Tri province, researchers from Mientrung Institute for Scientific Research (MISR) and Quang Tri Provincial Forest Protection Department found a rare orchid with no leaves in Ru Linh Forest , Vinh Linh district, Quang Tri province. It is called yellow climbing orchid.

This orchid vine has scientific name Erythrorchis ochobiensis (Hayata) Garay in the orchid family (Orchidaceae)

This type of orchid is characterized by underground roots, saprophytes and no leaves. Stem of the orchid is thin and segmented with leaves deformed into scales. Its flowers grow in  a club-shaped cluster and its fruits have elongated shape and the seeds are coated with hairs and large wings allowing them to be easily carried by the wind.

So far, globally only three orchid species in that genus have been found in India, Indochina and tropical forests from Asia to Australia. Particularly, two species including Erythrorchis altissima (Blume) Blume and  Erythrorchis ochobiensis (Hayata) Garay were discovered in Vietnam.

Especially, Erythrorchis ochobiensis was found by Professor Averyanov  in the provinces of Quang Binh, Ninh Thuan and in Dakrong Nature Reserve, Quang Tri.

According to the MISR 's experts, the discovery of the rare orchid with the unique characteristics in Ru Linh forest showed that this is an orchid species with valuable gene resources highlighting the need for further research and specific conservation in the coming time.

Author: Cong Dien

Translated by Mai Tham

The Canadian province stands ready to exchange agricultural research with Vietnam

The Canadian province stands ready to exchange agricultural research with Vietnam

(VAN) Minister Warren Kaeding is willing to collaborate with Vietnam on the application of science and technology in agriculture to enhance production efficiency and protect the environment.

Mr. Do Duc Duy elected as Minister of Agriculture and Environment

Mr. Do Duc Duy elected as Minister of Agriculture and Environment

(VAN) Mr. Do Duc Duy was elected Minister of Agriculture and Environment, the newly formed ministry from the merger of the Ministry of Natural Resources and Environment and the Ministry of Agriculture and Rural Development.

Mr. Le Minh Hoan elected Vice Chairman of the National Assembly

Mr. Le Minh Hoan elected Vice Chairman of the National Assembly

(VAN) Mr. Le Minh Hoan was elected Vice Chairman of the National Assembly, receiving 461 out of 461 votes in favor, a 100% approval rate among those who participated in the vote.

Atmospheric rivers explain atypical El Niño and La Niña years

Atmospheric rivers explain atypical El Niño and La Niña years

(VAN) New research from scientists at UC San Diego's Scripps Institution of Oceanography finds that atmospheric rivers explain the majority of atypical El Niño Southern Oscillation (ENSO) years, such as 2023.

Lobster exports to China increase ninefold

Lobster exports to China increase ninefold

(VAN) The exportation of lobster, crab, and other fresh seafood to China has surged in the first month of this year due to increased demand for the Year of the Snake.

Vietnam and Canada: Advancing smart agriculture and emission reduction cooperation

Vietnam and Canada: Advancing smart agriculture and emission reduction cooperation

(VAN) Enhancing trade exchanges, reducing emissions in agricultural production, providing seeds, and fostering innovation are key areas of bilateral cooperation potential between the two countries.

This tiny plant could revolutionize agriculture and combat climate change

This tiny plant could revolutionize agriculture and combat climate change

(VAN) Discover how hornworts’ CO₂-concentrating mechanisms could boost crop efficiency by 60%, revolutionizing agriculture and combating climate change.

Read more