See also:

Mountain View
Agbating kahoy-Leyte
Mountain View
Balutoy-Davao del Sur
Mountain View
Chinese alugbati-Surigao del Sur
Mountain View
maria-maria-Zamboanga del Norte
Mountain View
s'luyot-South Cotabato
Mountain View
talilong-Rizal
Mountain View
talinam-Batangas
Mountain View
talinom-Bukidnon
Mountain View
talinum-Siquijor
Mountain View
Talinum-Capiz




Talinum/Talilong

Talinum triangulare (Jacq.) Willd.







Family: Talinaceae
Synonyms:

Calandrinia andrewsii,
Calandrinia lockharti,
Calandrinia pachypoda,
Claytonia triangularis,
Claytonia triangularis var. crassifolia

Philippine local names:

Talinum, Talilong (Tagalog, Ilokano), Galaghati (Subanen), Biala (Bisaya-Marinduque), Chinese Alugbati (Hiligayon) Simaron (Ilocano)

English Name: Philippine Spinach, Waterleaf, Fameflower, Sweetheart, Florida Spinach, Water Lettuce

Botanical Description
Talinum can grow up to one meter tall when without branches, but it is much shorter when it has branches. It has fleshy/succulent roots, stems and leaves that allow the plant to absorb more water. The leaves are shaped like a spatula and can have either a rounded or a notched tip. The leaves are arranged alternately or spirally at the upper part of the stem. At the lower part, they are arranged alternately.
Conservation Status
CONSERVATION STATUS. A widespread weed throughout the neotropics including Bolivia so can be categorised as Least Concern (LC) within the IUCN (2001) guidelines. source =https://www.researchgate.net/publication/257776539_Taxonomic_revision _of_Talinum_Talinaceae_in_Bolivia_with_a_note_on_the_occurrence_of_
Phemeranthus_Montiaceae
Geographical Distribution
You may not notice, but you must have already seen Talinum randomly growing in your garden, backyard or other similar places. This is because the weed-like Talinum is a fast-growing herb that grows almost anywhere, from humid to dry environments and from ground level to sea level up to an elevation of 1,000 masl – all year round.
Agronomy Production Systems
Average costs and returns
in waterleaf production;
The average revenue from waterleaf
output was found to be N 411,721 per ha. The total cost incurred per ha was N 89,307. Labour had the highest percentage
of total cost of production with 58%, followed by planting materials with 33%. The total variable cost constituted 95% while
the fixed cost constituted just 5% of the total cost of production.
The enterprise had an average net income of N322,413 per
farmer per ha, in a production cycle of 14 months.

=https://journals.openedition.org/factsreports/438?file=1
Propagation
Talinum or waterleaf is usually propagated by seed. However, small seeds are difficult to collect because fruits readily or easily shatter. It can also be propagated using cuttings of 15-20 cm long which are taken from mature stems.
=Talinum production guide, BPI
Marketing
Profitability: The Gross Income (GI) from the farms is affected by the level of production and its market price. The market price of any vegetables mainly depends on quality, bundle size/weight, seasons, demand and supply. The average market price of Talinum was estimated at USD1.50 kg-1
=file:///C:/Users/Indigenous%20Vegetable/Downloads/PDFDocument3270682.pdf

Part utilized as vegetables

Leaves

Uses

  1. Food/ Edibility/ Culinary

    Talinum Recipes; Talinum Salad, Spinach with Shrimp, Talinum and Mango Salad in Sweet Sugar Cane Vinaigrette Dressing, Stir-fried Talinum Tops with Oyster Sauce

  2. Feed/ Fodder

    their rich protein and mineral contents can be useful to improve the diets of pigs fed poorly balanced diets. The advantage of forage as pigs feeds however remains controversial as the economical and environmental implications at the farm level in mixed farming systems have seldom been quantified.

    =https://www.researchgate.net/publication/47554298_An_Economic_Analysis_of_Talinum_triangulare_Jacq_ProductionFarming_in_Southern_Nigeria

  3. Medicinal

    Talinum has many healing properties known from all over the world.
    Crushed leaves are known to relieve swellings, inflammations or
    sores while decoctions of the plant are used to relieve painful eyes
    and to aid recovery from blows and falls. Leaf extracts have also been
    proven to possess significant antioxidants. Aside from these, Talinum is
    known to regulate blood sugar levels and cure hypertension.

    In Sri Lanka, leaves and stems are used
    to treat lung disorders, male infertility
    and impotence, loss of energy, spleen
    disorders, diarrhea, and dysmenorrhea.
    In Indonesia, roots are made into a tonic
    drink.

    =iVeg pamphelts

    The plant has a rich content of crude protein, total lipids, essential oils, cardiacglycosides, flavonoids and polyphenols. Preliminary phyto-chemical studies on T. triangulare revealed the presence of omega-3-fatty acids and high levels of essential nutrients like minerals (such as calcium, potassium and magnesium), soluble fibres (such as pectin) and vitamins (such as C, ? and ? tocopherols and ?-carotene) which are required for growth and development. The leaf extracts of waterleaf have been proved to possess remarkable antioxidant activity and high kaempferol content.

    =Talinum production guide, BPI

  4. Socio-cultural importance

    Title:Economics Of Waterleaf (Talinum Triangulare)
    Production In Akwa Ibom State, Nigeria

    This study analyzed the profitability level of waterleaf production in three selected agricultural zones
    of Akwa Ibom State, Nigeria. The study was based on primary data obtained from a random sample of 60 waterleaf farmers and analyzed using descriptive statistics, profitability ratios and regression analysis. The result of the
    analysis shows that the majority (90%) of the farmers had some level of formal education. Labour had the highest
    percentage (58%) of total cost of production, suggesting that waterleaf production was labour intensive in the
    area. The average net income per hectare per waterleaf production cycle was N322,413 while the average total
    cost was N89,307,18. Labour cost constituted the highest percentage of total variable cost. The profitability index (0.78), rate of returns on investment (361%), rate of returns on variable cost (482%), and operating ratio
    (0.21) suggest that waterleaf production was profitable in the study area. The identified major factors that
    enhance the output of waterleaf were the application of poultry manure, bigger household size (cheap labour),
    level of education of the farmer and level of capital. These observations underscore the need for the provision of
    credit facilities and some kind of adult education programme for the farmers. These will respectively ensure that
    they apply the right quantity of purchased inputs (like fertilizers, hired labour and capital) in their production
    process and improve their human capital.

    =https://journals.openedition.org/factsreports/438?file=1


Correct Citation

Documentation of Indigenous Vegetables (2020) Retrieved from www.iveg.com.


See references: https://www.researchgate.net/publication/257776539_Taxonomic_revision_of_Talinum_Talinaceae_in_Bolivia_with_a_note_on_the_occurrence_of_Phemeranthus_Montiaceae
https://www.researchgate.net/publication/47554298_An_Economic_Analysis_of_Talinum_triangulare_Jacq_ProductionFarming_in_Southern_Nigeria
https://journals.openedition.org/factsreports/438?file=1
https://www.researchgate.net/publication/47554298_An_Economic_Analysis_of_Talinum_triangulare_Jacq_ProductionFarming_in_Southern_Nigeria


Mountain View
Mountain View
Mountain View
Mountain View
Mountain View
Mountain View
Mountain View
Mountain View

Leaves

Provinces where specific IVs were documented

Planets
Batangas Bukidnon Capiz Davao del Sur Leyte Rizal Siquijor South Cotabato Surigao del Norte Zamboanga del Norte

Map Source: PhilGIS


Properties


Food Composition per 100g Edible Portion

Unit Philippine spinach leaves Philippine spinach leaves, boiled
Water
Energy, calculated
Energy, calculated
Protein
Total Fat
Carbohydrate, total
Carbohydrate, available
Ash, total
g
kcal
kJ
g
g
g
g
g
91.7
29
123
2.7
0.5
3.5
1.1
1.6
93.8
23
98
0.8
0.2
4.6
2.8
0.6

courtesy of Food and Nutrition Research Institute Department of Science and Technology

iVeg