Evaluation of Aonla Varieties Under Semi-Arid Conditions of Haryana
Evaluation of Aonla Varieties Under Semi-Arid Conditions of Haryana
The farmers or orchardist are trying different varieties/germplasm for growing as a commercial orchard without having
knowledge about the performance of these varieties/germplasm. The experiment on varietal evaluation of on aonla comprising
of nine promising cultivars (NA 6, NA 7, NA 10, NA 20, Krishna, BSR 1, Gujarat 1, Chakaiya and CHES 1) released
from the different parts of the country was carried out to study the variation among different varieties on qualitative as
well as quantitative basis and observed the performance of growth, physicochemical characters and yield during 2017-18,
2018-19, 2019-20 under semi-arid conditions to recommend the suitable variety. Plant shape was observed as spreading
(CHES 1, Chakaiya, Krishna, NA 6, NA 7, NA 10, BSR 1); drooping (NA 20) and upright (G1) in different cultivars of
aonla. The range of variability among different parameters such as plant height (4.90-6.70 m), plant spread-EW (4.47-
7.15 m), plant spread-NS (4.44-7.53 m) , stem girth (46.45-95.37 cm), plant volume (86.8-283.9 m3
), plant canopy area
(15.59-42.35 m2
), total soluble solids,TSS (9.17-18.32 °B), acidity (1.92-2.63%), TSS : acidity ratio (4.09-7.71), ascorbic
acid (323-567 mg/100 g pulp), fruit weight (5.89-55.43 g), fruit length (1.87-3.33 cm), fruit breadth (2.28-3.70 cm), yield
(36-102 kg/plant and 10.00-28.34 MT/ha). Fruit shape was observed as flattened round (CHES 1, Chakaiya, NA 6, NA 10,
G 1, BSR 1), triangular (Krishna), oval (NA 7) and round (NA 20). Free base (cavity at stem end) was observed as absent
(CHES 1), shallow (Chakaiya, NA 6, NA 20, G 1), deep (Krishna), flat (NA 7, NA 10, BSR 1) and fruit apex was observed
as flat (CHES 1, Chakaiya, Krishna, NA 7, NA 10, NA 20), papillate(NA 6, BSR 1), depressed (G 1).
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- AOAC, (2000). Official methods of analytical chemist,
international, 17th ed. Washington DC.
- Anonymous, (2016). Guidelines of PPV& FRA for the
conduct of test for distinctiveness, uniformity
and stability on Indian gooseberry (Emblica
officinalis Gaertn.). Plant Var. J. India, 10(2).
- Bose TK and Mitra SK, (2001). Fruits, tropical and
subtropical. Naya Udyog, Calcutta pp:523-540.
- Chadha KL, (2013). Handbook of horticulture. 12th ed.
ICAR New Delhi pp:140-142.
- Fisher RA, (1958). The genetical theory of natural
selection, 2nd ed. New York: Dover Publications.
- Ghosh SN, Roy S and Bera B, (2013). Study on
performance of aonla cultivars in laterite soil
of West Bengal. J. Crop and Weed, 9(2):36-38.
- Kumar M, Singh S and Yadav VK, (2013). Arid Fruits:
Post harvest handling and Processing (in) Emerging
Science and Technology for Food, Agriculture and
Environment (Ed. Sandeep Kumar, Pawan Kumar
Yadav and Sunil Kumar). Published by Agrobios
(International). pp:435-448.
- Kumar S, Chittiraichelvan R and Karunakaran G,
(2011).Performance of aonla cultivars for yield
and physico-chemical properties under Coorg
conditions. Indian J. Hort., 68:268-69.
- Mahajan RK, Gangopadhyay KK, Kumar G, Dobhal
VK, Srivastava U, Gupta PN and Pareek SK,
(2002). Minimal descriptors agri-horticultural
crops: fruit crops. National Bureau of Plant
Genetic Resources; New Delhi.
- Malshe KV, Salvi BR and Gawankar MS, (2016).
Evaluation of different varieties of Aonla
(Emblica officinalis Gaertn) under hard lateritic
rocky conditions of South konkan coastal zone
of Maharashtra. New Agriculturist, 27(1):135-
138
- Nagar S, Kumar M, Kumatkar RB, Sharma JR and
Singh S, (2017).Evaluation of Bael (Aegle
marmelos Corr.) Germplasms for Seed and
Qualitative Characters under Semi-Arid
Conditions of Haryana. Int. J. Pure App. Biosci.,
5 (3):436-442.
- Panse VG and Sukhatme PV, (1985). Statistical
methods for agricultural workers. 4th ed. ICAR,
New Delhi.
- Sheoran OP, Tonk DS, Kaushik LS, Hasija RC and
Pannu RS, (1998). Statistical software package
for agricultural research workers. Recent
advances in information theory, statistics and
computer applications by D.S. Hooda and R C
Hasija Department of Mathematics Statistics,
CCS HAU, Hisar
- Singh S, Kumar M, Sharma JR and Baloda S, (2017).
Performance of aonla cultivars for growth, yield
and physic-chemical attributes under semi-arid
conditions. J. Agric. Technol., 4(1) : 20-22.