Temesgen

The dream was always running ahead of me. To catch up, to live for a moment in unison, was the miracle.

[Genes MDPI @Genes_MDPI]

In this paper Gelashe and colleagues mapped the #genetic #diversity of Ethiopian #sesame using genome-wide DArTseq-based #SNP markers, identifying key diversity sources to support breeding, conservation, and future #genomic studies.
Read more: https://t.co/XAsYOO9RLL

[Temesgen @Root_Phenomics]

One of my PhD students @sefawedin,publication for wheat breeders addresses the critical challenge of low genetic gain and declining diversity in Ethiopian wheat. The study finds that decades of reliance on the same genetic pedigrees have hindered progress https://t.co/Ih1pNwKjy3

[Temesgen @Root_Phenomics]

newly published article:
https://t.co/7yyT4kNjjY

[Temesgen @Root_Phenomics]

for 2025, root system architecture study in for drought adapted sorghum genotypes. @cogentfood https://t.co/h3VMaPMno7

[Temesgen @Root_Phenomics]

A complex dance of survival:  Seedling root angle and length are key elements in sorghum’s drought adaptation strategy, working in tandem with other factors like leaf morphology and physiological responses to optimize water uptake and minimize stress.
https://t.co/8JOO562Tun

[Temesgen @Root_Phenomics]

readable pdf: https://t.co/ytH43g2h3p

[Temesgen @Root_Phenomics]

Applicability of sorghum root screening platform for screening of barley diversity for soil acidity! @Planta_Journal
https://t.co/7OHhuxrUKr

[Temesgen @Root_Phenomics]

Applicability of sorghum root screening platform for screening of barley diversity for soil acidity! @Planta_Journal
https://t.co/7OHhuxrUKr

[Temesgen @Root_Phenomics]

More genetic dissection of RSA in Ethiopian sorghum accessions. The Plant Genome - Wiley Online Library https://t.co/kNQNPD25hH

[Temesgen @Root_Phenomics]

@swas_kaushal I imagine the importance of VR glasses particularly crossing of crops have small flora structure such as wheat and Teff. I am exciting to have one! Teff plant crossing is done under microscope due to the flower structure! having such glasses may help!!

[Temesgen @Root_Phenomics]

2nd paper in 2024, loading....

[Temesgen @Root_Phenomics]

Selfing revealed potential for higher yield performance than backcross... https://t.co/CrZhhfisKE

[Temesgen @Root_Phenomics]

Selfing revealed potential for higher yield performance than backcrossing among tomato segregating populations of Solanum lycopersicum × S. pimpinellifolium crosses under tropical humid climat
https://t.co/z35Q3ye6fU

[Temesgen @Root_Phenomics]

New article 2024: https://t.co/z35Q3ye6fU

[Temesgen @Root_Phenomics]

@JeanMichelAne This is great work! This aerial root more appeared when sorghum grown in high rainfall/irrigated condition particularly, the mucilage! but not common in water-stress condition.

[Temesgen @Root_Phenomics]

https://t.co/mZBmWkPBeU via @Hindawi

[Temesgen @Root_Phenomics]

Nigerian Taro diversity based on agro-morphological traits. https://t.co/h40m9XRrQO

[TheorApplGenet @TheorApplGenet]

Genetic variation of root architecture in over 1500 Ethiopian sorghum landraces quantified.

https://t.co/vZ7caVpkPc

[Temesgen @Root_Phenomics]

@EmmaOmics Thanks @EmmaOmics

[Temesgen @Root_Phenomics]

Move to tissue culture: Low cost alternatives for micro propagation of Moringa (Moringa stenopetala L.) https://t.co/HDZBwKOBkA via @Innspub1

[Temesgen @Root_Phenomics]

The diverse root system in Ethiopian sorghum germplasm published now! @SorgGuy @EmmaOmics @andy_borrell

https://t.co/54OZBrN2fi