Aiselu
Rubus ellipticus is a yellow raspberry native to the Himalayas. [1] Often called Himalayan Raspberry or aiselu, the evergreen berry shrub is thorny and bares fruit similar to a common raspberry plant, with impressive culinary value. [2] The plant is known to be rainfall tolerant, mainly growing in 1000-5000 mm/annum rainfall zones. [3] Aiselu is also able to grow in various soil types (even degraded, low quality soil) although it prefers well-drained soils. [4] Surprisingly, aiselu roots contain nodules, which are able to fix nitrogen, a trait that is valuable in degraded soil. This is a unique ability in a non-legume which can be beneficial to its own growth capabilities but also to that of other species growing in its vicinity. [5] Growing between elevations of 2270-5580 feet above sea level [6], aiselu is found in the mid Himalayan regions of Nepal, India, China, and other mountainous Asian countries. [7] It is often considered a weed that is difficult to control and can be inconvenient for growing other more productive crops as it competes for space. [8] The invasiveness of the species is due to its high grow ability and its tendency to be consumed and therefore spread by birds. [9] The berries have a rather short shelf life and only grow for about two months of the year (April and May), each bush producing on average 1-2 kg of berries a week. [10]
Despite its downfalls, however, as wild edible plants go, aiselu has unique potential. Some have found uses for the plant as a hedge or boundary to prevent leaching, run-off and erosion of loose mountain soil. [11] It’s medicinal and nutritional value (cure for measles and typhoid) is commonly known by local women, yet often overlooked by farmers looking to maximize production of crops they view as more valuable. [12] As raspberries including Rubus ellipticus require minimal water, nutrient and labour inputs, agronomic researchers are exploring ways to extend the shelf life, increase yield and berry size, and fine-tune the harvesting system for raspberries in light of the notion that they pertain potential economic value for their native regions. [13]
Despite its downfalls, however, as wild edible plants go, aiselu has unique potential. Some have found uses for the plant as a hedge or boundary to prevent leaching, run-off and erosion of loose mountain soil. [11] It’s medicinal and nutritional value (cure for measles and typhoid) is commonly known by local women, yet often overlooked by farmers looking to maximize production of crops they view as more valuable. [12] As raspberries including Rubus ellipticus require minimal water, nutrient and labour inputs, agronomic researchers are exploring ways to extend the shelf life, increase yield and berry size, and fine-tune the harvesting system for raspberries in light of the notion that they pertain potential economic value for their native regions. [13]
Wine Anyone?
Farmers have been successful in making fruit wine in Nepal using various grape types and berries. [1] It is known that grapes generally do not grow well at high altitudes in the Himalayas, and importing seedlings can come at a cost that a budding industry cannot yet independently cover. [2] Wine from berries is cheaper considering the readily available wild-growing aiselu berry and the knowledge held by farmers in the mid-Himalayan region. [3] The process of making wine includes berry collection, mixing with sugar and then fermenting the juice in drums for/resources.html a month Research suggests that this process can be altered depending on the type of wine: for example, local knowledge of native plants recognizes multiple wild species with natural fermenting properties. [4] Plants such as the bhorla and badahar contain such properties, and can be grown in similar regions as aiselu. [5] This kind of knowledge contributes to the authenticity of the wine and prevents the use of processed sugars.
In the past, a small winery processed and sold 12 000 bottles of chutro (a Nepalese fruit) and aiselu wine in one year, at varied prices depending on where the wine was sold. [6] Other statistics suggest that the raw, unprocessed berry can generate 3870 Nepali rupees per year by selling 86 kg. [7] More ground research is required in order to attain a precise projection of how much to sell a bottle of aiselu wine for in Nepal.
When the industry expands and becomes more stable, there is reason to believe that it can generate enough money to sustain the integration of new technology that will industrialize wine production: increasing the amount produced for export, improving quality and maybe investing in the incorporation of more grapes into the method. [8] This could include something state of the art like new irrigation systems, or a simple upgrade from plastic fermentation drums to wood barrels. Eventually, wine makers could become educated in Nepal and as tough labour will be less necessary, trade specialization increases. [9] The concept of sustainable wineries in Nepal can be exemplified by data measured in the Chinese Himalaya, where wine production has begun but faces a few detrimental issues. [10] Marketing is tough when European countries clearly dominate the competitive vineyard industry.[11] Since most grape types grown for wine are alien to the Himalayas, Chinese vineyards tend to import the same grapes and therefore most products are too monotonous to stand out globally. [12] Despite its pitfalls, Chinese wines have moved from small local markets to global circulation. [13] Nepalese aiselu wine could mock this process, but having a unique flavour could give it a competitive edge that Chinese wine lacks. [14]
In the past, a small winery processed and sold 12 000 bottles of chutro (a Nepalese fruit) and aiselu wine in one year, at varied prices depending on where the wine was sold. [6] Other statistics suggest that the raw, unprocessed berry can generate 3870 Nepali rupees per year by selling 86 kg. [7] More ground research is required in order to attain a precise projection of how much to sell a bottle of aiselu wine for in Nepal.
When the industry expands and becomes more stable, there is reason to believe that it can generate enough money to sustain the integration of new technology that will industrialize wine production: increasing the amount produced for export, improving quality and maybe investing in the incorporation of more grapes into the method. [8] This could include something state of the art like new irrigation systems, or a simple upgrade from plastic fermentation drums to wood barrels. Eventually, wine makers could become educated in Nepal and as tough labour will be less necessary, trade specialization increases. [9] The concept of sustainable wineries in Nepal can be exemplified by data measured in the Chinese Himalaya, where wine production has begun but faces a few detrimental issues. [10] Marketing is tough when European countries clearly dominate the competitive vineyard industry.[11] Since most grape types grown for wine are alien to the Himalayas, Chinese vineyards tend to import the same grapes and therefore most products are too monotonous to stand out globally. [12] Despite its pitfalls, Chinese wines have moved from small local markets to global circulation. [13] Nepalese aiselu wine could mock this process, but having a unique flavour could give it a competitive edge that Chinese wine lacks. [14]