Producing Potato from True Seed, Review

Shireen KH Ababaker¹ and Kamal Benyamin Esho²*

¹Department of Horticulture, Akre Horticulture and Land Scape Design, Technical Collage, Department of College of Agriculture and Forestry, Iraq
²Duhok polytechnic University, Kurdistan Region - Iraq Mosul University, Iraq

*Corresponding Author: Kamal Benyamin Esho, Duhok polytechnic University, Kurdistan Region - Iraq Mosul University, Iraq.

Received: January 06, 2022; Published: February 28, 2022

Abstract

The International Potato Center (CIP) and its partners undertook a 25-30-year study on using potato's botanical seed as a substitute technique of developing potato harvest. The benefits of using botanical or 'true' potato seed (TPS) instead of the seed tubers are several. TPS has the potential to appeal to small-scale farmers in underdeveloped nations particularly. In numerous ways, using TPS instead of seed tubers forced developing a new chain of the crop-commodity, needing research in seed processing, breeding, marketing, and agronomy. Through addressing some critical limits in TPS variety uniformity and earliness, along with seed physiology, this study enabled commercial-scale potato production from TPS. Experimentation and farmer adoption in various regions demonstrated that the technical benefits related to TPS just translated into cost savings over tuber seed, which has been either unavailable or too expensive. TPS is a possible alternative because the economic efficiency of the seed tubers is projected to fluctuate in future. Researchers may be able to learn more about the factors which stimulate or inhibit the innovation of the crop technology by looking at how TPS is used in many nations. The study provides an overview of the variety of the disciplines of TPS researches in the CIP, along with information on how the TPS technology is used in a number of advanced nations.

Keywords: Potato; True Seed; Plant Breeders; Diseases

References

1. Schaalje GB., et al. “Field evaluation of a modified augmented design for early-stage selection involving a large number of test lines without replication”. Potato Research, Wageningen 30 (1987): 35-45.
2. Jones DAC., et al. “Blackleg potential of potato seed: determination of tuber contamination by Erwiniacaro tovora sub spatroseptica by immune flourecence colony staining and stock and tuber sampling”. Annals of Applied Biology 124 (1994): 557-568.
3. Hassan Ahmed Abdel Moneim. “Potato production, vegetable crop series, production technology and advanced agricultural practices”. Arab House for Publishing and Distribution. Egypt, Arabia (1999): 445.
4. George RA. “Vegetable seed production”. Longman, London, U.K (1985): 318.
5. Gunadi N., et al. “On-farm development of potato production from true seed in Indonesia”. Experimental Agriculture1 (1992): 31-39.
6. Malagamba P. “Potato production from true seed in tropical climates”. HortScience 23 (1988): 495-499.
7. Jaworski CA., et al. “Cultural practices in use of true seeds of potato and screening of tuber-forming Solanum species under hot climate condition”. HortScience 23 (1988): 500-504.
8. Crissman CC. “Comparing aspects of seed potato programs in Ecuador, Kenya and the Philippines”. In: Seed Potato in Bangladesh (M.M.Rashid, M.A. Siddique, M.M. Hussain, eds.). Bangladesh-NetherlandsSeed Multiplication Project, Dhaka (1990): 63-74.
9. Tripp RED. “New seed and old laws: Regulatory reform and the diversification of national seed systems”. Intermediate Technology Publications, London (1997).
10. Thiele G. “Informal potato seed systems in the Andes: Why are they important and what should we do with them?” World Development1 (1999): 83-99.
11. Simmonds NW. “A review of potato propagation by means of seed, as distinct from clonal propagation by tubers”. Potato Research 40 (1997): 191-214.
12. “World potato facts”. International Potato Center (CIP), Lima-Peru (1982): 54.
13. Sadik S. “Potato production from true seed - present and future. In: Proceedings International Congress "Research for the potato in the year 2000" (WS Hooker, ed)”. International Potato Center, Lima-Peru (1983):
14. Wiersema SG. “A method of producing seed tubers from true potato seed”. Potato Research 29 (1986): 22-237
15. Wiersema SG. “Production of seed potatoes derived from true seed”. CIP circular 13.1 (1985): 4.
16. Nayar NM. “TPS (True Potato Seed) in India: A critique”. Journal of the Indian Potato Association 3-4 (1992): 93-103.
17. Adhikari RC and GP Rai. “Comparative study of seedlings and seedling tubers derived from true potato seed”. Paper presented in the fourth national conference on science and technology held at Kathmandu during April (2004): 23-26.
18. Wiersema SG and K Cabell. “Comparative performance of different sized seed tubers derived from true potato seed”. American Potato Journal3 (1986): 241-250.
19. Allen EJ and RK Scoot. “An analysis of growth of potato crop”. Journal of Agriculture Science, Camb 94 (1980): 583-608.
20. Johns T and SL Keens. “Ongoing evolution of the potato on the altiplano of western Bolivia”. Economic Botany 40 (1986): 409-424.
21. Malagamba P and A Monares. “True potato seed; past and present uses”. CIP, Lima (1988).
22. Umaerus M. “True potato seed”. Proceeding of the 10^th Triennial Conference of the European Association of Potato Research, Aalborg, Denmark (1987): 72-103
23. Hooker WJ. “Research for the potato in the year 2000”. CIP Lima, Peru (1983).
24. “Innovative methods for propagating potatoes. Report of the 28^th Planning Conference”. International Potato Center (CIP), Lima (1984).
25. Ergashev IT. “The new directions inthe potato seed production”. Tashkent (1998).
26. Ergashev IT. “Virus diseases of potato and recommendations on recovering from them”. Tashkent (2000).
27. Budin KZ. “Genetic basis of potato selection”. Leningrad (1986).
28. Abdukarmov DT., et al. “Recommendations on taking virus free potato and its seed production”. Tashkent (2000).
29. Budin KZ and TI Soboleva. “World species of potato is the donors of the resistance to pathogens. In the book: Genetics, selection and initial material of potato. Issues of scientific works on applied botanic, genetic and selection”. Leningrad (1987): 7-18.
30. Ostanakulov TE. “Cultivation technology and seed production of potato in the valley of Zarafshan”. Tashkent (1991): 115-118.
31. Almekinders CJM. “On flowering and botanical seed production in potato (Solanum tuberosum)”. PhD thesis, Wageningen University, Wageningen (1995).
32. Upadhya M. “Present and future research for true potato seed technology”. In: Fuglie KO (ed) Performance and prospects of hybrid true potato seed in South and Southeast Asia Proceedings, Bogor, Indonesia, 2000. CIP-East, Southeast Asia and the Pacific Region (CIP- ESEAP), Ministry of Agriculture, (2001): 9-33
33. “Report of the Planning Conference on the Production of Potatoes from True Seed, 1980”. International Potato Center (CIP), Lima (1980).
34. Walker T and Collion M. “Incorporating poverty in priority setting: CIP’s 1998-2000 medium term plan. In: Impact on a changing world: program report, 1997-1998”. International Potato Center (CIP), Lima (1999).
35. Almekinders CJM., et al. “Current status of the TPS technology in the world”. Potato Research 39 (1996): 289-303.
36. Martin MW. “Field production of potato from true seed and its use in breeding programme”. Potato Research 26 (1983): 219-227.
37. Chujoy E and Cabello R. “The canon of potato science: The true potato seed (TPS)”. Potato Research 50 (2007): 323-325.
38. Thomson PG. “Breeding for adaptation to TPS propagation. In utilization of the genetic resources of the potato III”. Centro International de la Papa, Lima, Peru (1980): 149-157.
39. Eshonkulov B., et al. “Potato Production from True Potato Seed in Uzbekistan”. International Journal of Current Microbiology and Applied Sciences 6 (2015): 997-1005.
40. “Present and future strategies for potato breeding and improvement: Report of the 16^th Planning Conference”. International Potato Center (CIP), Lima (1985).
41. Rowe R. “The possibilities of growing from botanical seed. Seed Production Technology”. Report of the International Potato Center’s Planning Conference on Seed Production Technology, International Potato Centre (CIP), Lima (1974): 130.
42. Pallais N and Falcon R. “Temperature and moisture affect dormancy and deterioration of true potato seed during storage”. International Potato Center. CIP Program Report 1995-1996. CIP, Lima (1997).
43. Pallais N., et al. “Storage temperature affects sexual potato seed dormancy”. HortScience1 (1996): 99-101.
44. Adhikari “Performance of Different Size True Potato Seed Seedling Tubers at Khumaltar”. Nepal Agriculture Research Journal 6 (2005): 28-34.
45. Fuglie KO., et al. “Supply and Demand for Quality Potato Seed in Indonesia: UPWARD Working Paper Series 8 (2005):
46. Khatana VS., et al. “Economic impact of true potato seed production in eastern and north-eastern India”. In: Walker TS, Crissman C (eds) Case studies of the economic impact of CIP- related technologies”. CIP, Lima (1996): 139-156.
47. Chilver A., et al. “On-farm profitability and prospects for true potato seed (TPS). In: Razdan MK, Mattoo AK (eds) Genetic improvement of Solanaceous crops, volume I: potato”. Science Publishers, Enfield (2005): 39-63.
48. Weber T. “Summary report of the meeting of the expert group on true potato seed”. European commission health and food safety directorate -general, held on 19^th May 2015, Brussels (2015).
49. “CIP circular”. International Potato Center (CIP), Lima 20.1 (1994).
50. Wiersema SG. “Production and utilization of seed tubers derived from true potato seed”. In: Report of the planning conference on "Innovative methods for propagating potatoes. International Potato Center, Lima- Peru (1985): 95-116.
51. Ergashev IT. “Virus free seed production of potato”. Tashkent (2006).

Citation

Citation: Shireen KH Ababaker and Kamal Benyamin Esho. "Producing Potato from True Seed, Review". Acta Scientific Agriculture 6.3 (2022): 51-63.

Copyright

Copyright: © 2022 Shireen KH Ababaker and Kamal Benyamin Esho. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.