sriramnagarajesh
Active Member
guar seed
sir can i sawing with u r sead sir. which type of seed u have sir
sir can i sawing with u r sead sir. which type of seed u have sir
Mr. Sandeep
Thanks
I would like to thank you for the enquiry, we can supply the desired quantity of Seed. The quote will be sent soon.need 60kgs seeds ...please send the price details to:farmsandeep@gmail.com
Thanks
Mr. Sriram
The germination check for this seed has been conducted in our R&D centre and it is around 80%-85%.
We have GUAR RGC - 936 variety, this is best suitable and can with stand any stress.sir can i sawing with u r sead sir. which type of seed u have sir
The germination check for this seed has been conducted in our R&D centre and it is around 80%-85%.
Kind Attn: Mr.V.Reddy
Thanks
We will be able to supply the seed, kindly mention your contact details for communicating regarding the pricing and delivery.i want guar seed 1qiuntel
Thanks
i want seed for 40 acrs
k.chandramouli varma
plz send details about u r seed, what verity its, cost etc. plzFine quality guar seed harvested in october 2012 is available for sale. Interested clients please contact.
k.chandramouli varma
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reg guar seed
i am interested to take u r seed send more details like verity of seed price etcFine quality guar seed harvested in october 2012 is available for sale. Interested clients please contact.
Last edited by a moderator:
A field experiment was conducted during kharif, 2005 on sandy loam soils of dryland
farm of S.V.Agricultural College, Tirupati (Acharya N.G.Ranga Agricultural University) to
study the performance of rainfed guar (Cyamopsis tetragonoloba (L.) Taub.) under varied
time of sowing. The experiment was laid out in a randomized block design with factorial
concept, replicated thrice. The treatments consisted of four times of sowing viz., first (D1
)
and second (D2
) fortnight of July, first (D3
) and second (D4
) fortnight of August and four
cultivars viz., RGC 1003 (V
1
), HG 563 (V
2
), RGM 112 (V
3
) and GAUG 9703 (V
4
). These
varieties are recommended for arid and semi-arid tract of the country. The experimental
site was low in organic carbon (0.25%) and available N (240 kg/ha), medium in available
P
2
O5
(22.7 kg/ha) and available K
2
O (206 kg/ha) and normal in pH (6.9). The entire
recommended dose of fertilizers (20 : 40 : 40 N, P
2
O5
and K
2
O kg/ha) was applied as basal
dose at the time of sowing. Observations were recorded at 25, 50, 75 DAS and at harvest.
The yield characters of guar cultivars were significantly influenced by time of sowing.
Sowing of guar during first fortnight of July resulted in more number of clusters per plant and
number of pods per cluster
-
than the crop sown during other times (Table 1). This can be
attributed to higher biomass accumulation coupled with effective translocation and distribution64
of photosynthates from source to sink, which in turn resulted in elevated stature of yield
attributes which was due to favourable weather conditions such as equal rainfall distribution
and temperature during the crop growth period. Relatively higher levels of yield parameters
of guar sown at first fortnight of July of sowing has been reported earlier by Sharma et al.
(1984), Bhadoria and Chauhan (1994) and Taneja et al. (1995). The crop sown during second
fortnight of August recorded the lowest yield attributes.
The highest seed yield of 951 kg ha
-1
(Table 1) was obtained with first fortnight of July
sowing and yield decreased significantly in other times of sowing. Higher seed yield with
first fortnight of July sowing was mainly due to enhanced yield attributes such as 70 per cent
more number of clusters per plant and 37 per cent more number of pods per cluster which
was due to equally distributed rainfall, optimum temperature during flowering and pod
development stage. The lowest seed yield obtained during second fortnight of August might
be due to reduced photosynthetic activity and translocation of assimilates as a result of high
rainfall and low temperature, which affected pod development and seed formation. The yield
increased with first fortnight of July over second fortnight of July, first fortnight of August and
second fortnight of August was to the tune of 42.0, 74.0 and 82.0 per cent, respectively. The
results are in agreement with those of Sharma et al. (1984), Taneja et al. (1984) and Taneja
et al. (1995).
The stalk yield was maximum when the crop was sown during first fortnight of July
compared to other times of sowing. This was due to better growth and development, resulting
in higher dry matter production(50%). The lowest stalk yield was recorded when the crop was
sown during second fortnight of August.
The crop sown during first fortnight of July recorded the highest crude gum yield due
to higher seed yield and gum content. Sowing beyond first fortnight of July resulted in lesser
crude gum yield due to lower yields.
Different cultivars of guar, having different genetic potentiality are known to respond
differently to similar management practices and the same was also noticed in the present
study. The cultivar RGM 112 produced the highest level of yield attributes such as number
of clusters per plant (23%) and number of pods per cluster (12%) which was on par with HG
563. This might be due to more assimilatory surface leading to higher dry matter production
coupled with effective translocation and distribution of photosynthates from source to sink.
Similar observations were also reported by Bhansali and Bhandri (2004). The lowest number
of yield attributes was recorded with the cultivar GAUG 9703.
The highest seed yield was recorded with RGM 112, which was on par with HG 563
and both were distinctly superior to RGC 1003 and GAUG 9703
farm of S.V.Agricultural College, Tirupati (Acharya N.G.Ranga Agricultural University) to
study the performance of rainfed guar (Cyamopsis tetragonoloba (L.) Taub.) under varied
time of sowing. The experiment was laid out in a randomized block design with factorial
concept, replicated thrice. The treatments consisted of four times of sowing viz., first (D1
)
and second (D2
) fortnight of July, first (D3
) and second (D4
) fortnight of August and four
cultivars viz., RGC 1003 (V
1
), HG 563 (V
2
), RGM 112 (V
3
) and GAUG 9703 (V
4
). These
varieties are recommended for arid and semi-arid tract of the country. The experimental
site was low in organic carbon (0.25%) and available N (240 kg/ha), medium in available
P
2
O5
(22.7 kg/ha) and available K
2
O (206 kg/ha) and normal in pH (6.9). The entire
recommended dose of fertilizers (20 : 40 : 40 N, P
2
O5
and K
2
O kg/ha) was applied as basal
dose at the time of sowing. Observations were recorded at 25, 50, 75 DAS and at harvest.
The yield characters of guar cultivars were significantly influenced by time of sowing.
Sowing of guar during first fortnight of July resulted in more number of clusters per plant and
number of pods per cluster
-
than the crop sown during other times (Table 1). This can be
attributed to higher biomass accumulation coupled with effective translocation and distribution64
of photosynthates from source to sink, which in turn resulted in elevated stature of yield
attributes which was due to favourable weather conditions such as equal rainfall distribution
and temperature during the crop growth period. Relatively higher levels of yield parameters
of guar sown at first fortnight of July of sowing has been reported earlier by Sharma et al.
(1984), Bhadoria and Chauhan (1994) and Taneja et al. (1995). The crop sown during second
fortnight of August recorded the lowest yield attributes.
The highest seed yield of 951 kg ha
-1
(Table 1) was obtained with first fortnight of July
sowing and yield decreased significantly in other times of sowing. Higher seed yield with
first fortnight of July sowing was mainly due to enhanced yield attributes such as 70 per cent
more number of clusters per plant and 37 per cent more number of pods per cluster which
was due to equally distributed rainfall, optimum temperature during flowering and pod
development stage. The lowest seed yield obtained during second fortnight of August might
be due to reduced photosynthetic activity and translocation of assimilates as a result of high
rainfall and low temperature, which affected pod development and seed formation. The yield
increased with first fortnight of July over second fortnight of July, first fortnight of August and
second fortnight of August was to the tune of 42.0, 74.0 and 82.0 per cent, respectively. The
results are in agreement with those of Sharma et al. (1984), Taneja et al. (1984) and Taneja
et al. (1995).
The stalk yield was maximum when the crop was sown during first fortnight of July
compared to other times of sowing. This was due to better growth and development, resulting
in higher dry matter production(50%). The lowest stalk yield was recorded when the crop was
sown during second fortnight of August.
The crop sown during first fortnight of July recorded the highest crude gum yield due
to higher seed yield and gum content. Sowing beyond first fortnight of July resulted in lesser
crude gum yield due to lower yields.
Different cultivars of guar, having different genetic potentiality are known to respond
differently to similar management practices and the same was also noticed in the present
study. The cultivar RGM 112 produced the highest level of yield attributes such as number
of clusters per plant (23%) and number of pods per cluster (12%) which was on par with HG
563. This might be due to more assimilatory surface leading to higher dry matter production
coupled with effective translocation and distribution of photosynthates from source to sink.
Similar observations were also reported by Bhansali and Bhandri (2004). The lowest number
of yield attributes was recorded with the cultivar GAUG 9703.
The highest seed yield was recorded with RGM 112, which was on par with HG 563
and both were distinctly superior to RGC 1003 and GAUG 9703