Genetics

Yemenia

Yemenia is a new mother population within the species of Coffea arabica that is found exclusively in Yemen, and represents an ocean of unexplored genetics and future varieties that have the potential to reshape the world of arabica for centuries to come.

Read the Scientific paper here. 

The discovery of Yemenia was part of Qima Coffee’s R&D programme with Dr Christophe Montagnon, the aim of which was to map out Yemen's coffee genetic landscape. Qima conducted the largest genetic survey in Yemen's history, covering an area of over 25,000 sq km.

Through rigorous research in coffee genetics, we discovered that there exists a mother population of Coffea arabica that never left Yemen, and remains native to the land till date: Yemenia – meaning Yemeni mother in Arabic. 

Yemen’s coffee land has a rough climate, displaying both high and low temperatures in the extreme range of coffee growing areas worldwide, together with one of the lowest global rainfall levels. There is no doubt that this environment has favoured resilient landraces, not only between the 1400s (coffee first introduced to Yemen) and 1700s (when today’s main worldwide coffee varieties were taken out of Yemen), but also during the last 300 years of coffee cultivation and propagation. The unveiling of Yemenia, which has not been observed anywhere else in the world so far, opens the gate to previously uncharted genetic diversity within C. arabica in general, and Yemeni coffee in particular. Further research is ongoing to determine and identify potential varieties within Yemenia group.  

Process

Alchemy

The culmination of years of processing experience and more than 1,300 processing experiments, the Qima Alchemy Series represents the next generation of coffee processing innovation. Through these processing innovations, we have successfully added sensorial value to coffees. The resulting cup profiles are bold and enhanced; they maintain the intrinsic flavours and notes that represent the terroir and the genetic background of the coffee.

The Alchemy series relies on a combination of pressure (up to 10 bar/145 psi), temperature control, gas regulation and managed drying, to develop a truly unique set of coffees with unparalleled flavour expression and structure. All of our processing and fermentation protocols are underpinned by principles of chemical engineering, ensuring our innovations are both sensorially unique and scientifically novel.  

TRACEABILITY

Al Mezab

Al Mezab, a village in Bani Al-Siyagh, Al-Haymah Al-Dakhiliyah, sits at 2,000 to 2,100 meters on a mountain slope. With about 100 homes, most residents farm coffee, yielding 9 to 10 tons of coffee cherry, along with corn, and qat. The village also raises livestock, including bees, cattle, and sheep. Al Mezab has a school, a health center, and relies on natural springs, for water. Life here revolves around the land, shaped by the elevation and the mountain’s slopes.

Hayma Dakhiliya

Hayma Dakhiliya is a coffee growing region located in the west of the Sana’a governorate, it is one of the governorate’s most well-known regions. The region has 11 mountainous villages located 50km west of the capital city of Sana’a. Some of the villages in Hayma Dakhiliya include Al Yaer, Bait Yaseen, Al Mezab and Bait Al Kabsh. However, due to the rough terrain and rugged roads, the villages are hard to reach and remain isolated from the city. Due to the location of the villages in this region, access to education and healthcare is limited. 

However, coffee trees have been struggling with diseases impacting the region’s outturn of coffee cherries and overall yield. Low yield is a problem affecting the Yemeni coffee industry; however, Hayma Dakhiliya is particularly struggling with this issue and as result, the region has the lowest yield in Yemen. 

Sana'a

The governorate of Sana’a not only has the biggest share of specialty coffee production, in both quality and quantity in Yemen but also has one of the longest continuous coffee cultures in the world. Much of the coffee consumed in Sana’a is prepared using the traditional Ibrik method, brewing coffee in a copper or silver pot over hot charcoals.