Parvez Khaliq*, Muhammad Azim Malik**, M. Aslam Gill*** and
Nasir M. Cheema*

Corresponding author:

...nificantly increased the biomass production, however, application of FYM promoted the weed infestation that reduced the green fodder yield of maize, but it improved the overall forage yield as recorded in RF+FYM treatment. The effect of deep tillage on maize fodder yield was non-significant.

...gnificant (P<0.01) to biomass production 90 days after planting. Moreover, dry matter (DM) and organic matter (OM) in vitro digestibility were statistically different among the species of legume (P<0.01). In DL the DM and OM were highest i.e., 74.84 % and 74.37%. Meanwhile, the biomass digestibility of DM and OM was affected by the -2 treatments (P<0.01), being highest in CT (2511.4 g DMm and 2172.1 g -2 -2 -2 OMm ) followed by DL (2351.8 g DMm and 20...

Fayaz Ahmad1*, Noorullah Khan1, Farrukh Siyar Hamid1, Qamar uz Zaman1, Shamsul Islam1, Muhammad Abbas Khan1 and Sair Sarwar increased the foliage biomass production by 47.26% as compared to late pruning (March) and without the application of potash fertilizers. On the basis of these findings, it can be concluded that deep pruning of tea during the month of December and application of potash @ 150 kg ha-1 resulted in e best recovery and growth of deeply pruned tea bushes under the climatic conditions of Mansehra-Pakistan. 


Ali Sher1*, Khalid Naveed1, Gulzar Ahmad2, Ayub Khan1, Muhammad Saeed1 and Shah Masaud1 

...bility to plants improve biomass production and also increase the shoot Fe content and accumulation of Zn in wheat plants. Experiments were conducted at the Cereal Crop Research Institute (CCRI) Pirsabak, Noweshera, Khyber Pakhtunkhwa, Pakistan during 2014-15 and 2015-16 to study the response of wheat to N, Zn and Fe application. Treatments included three levels of N (90, 120 and 150 kg ha-1), three concentrations of Zn and Fe (i.e. 1, 2, 3 kg ha-1) each along...

Bushra Qadir1, Muhammad Asim2 and Mohammad Akmal1* 

...lfa varieties for forage biomass production. The seed was soaked overnight (14 h) in extracts made from dry powdered leaves of Bakayn (Azadir achtaindica), Ber (Ziziphus mauritiana) and water (H2O) and planted in pots on the next morning. The experiment was conducted in a completely randomized design at the University of Agriculture Peshawar during winter 2013-14. Periodic growth sampling was taken by harvesting three pots of treatments starting in early sprin...

 Maleeha Manzoor1,2*, Ruijuan Ma2, Hafiz Abdullah Shakir1, Fouzia Tabssum1, Javed Iqbal Qazi1

Microalgal-bacterial consortium: a cost-effective approach of wastewater treatment in Pakistan
...proved more effective in biomass production, nutrient cycling and bioremediation of organic
pollutants, heavy metals and many other contaminants. The biodegradation approach of involving consortium might
attain self-sustaining level and may prove technically cheaper and advance technology. It will finally help in dealing
the dual mission of producing valuable metabolites and pollutants/nutrients removal from wastes/wastewaters.

Muhammad Shafique, Nosheen Noor Elahi*, Muhammad Rashid, Amjad Farooq and Kausar Hussain Shah

...te the effect of PGPR on biomass production, nitrogen and proteins percentage of four mung bean varieties under different NaCI levels in sand culture after 5,7 and 9 weeks of sowing. Both inoculated and uninoculated plants were grown on mineral medium that were N-free either without NaCI or with a range of NaCI (20, 50,100, 200 and 300mM). Dry weight of plants was increased at 0-50mM NaCl and decreased at 100-300mM NaCI concentration. Inoculation effectively i...

Muhammad Zeeshan Manzoor1*, Ghulam Sarwar1, Mukkram Ali Tahir1, Noor-Us-Sabah1, Ayesha Zafar1 and Sher Muhammad2 rate and resultantly, biomass production decreases significantly. This reduction is gradual, depending upon increase in salt concentration in the root medium, while each species has a critical threshold value where it was started showing negative response. Leaching fractions may help keeping salt concentration low in the root zone when irrigation water is saline. In this experiment three types of water (canal, EC = 2 and 3 dS m-1) were used as such and with...

Muhammad Abdul Qayyum1*, Farhat Bashir2, Muhammad Mudassar Maqbool3, Anser Ali3, Saqib Bashir1 and Qaiser Abbas4 

...relative growth rate and biomass production while the ability of linseed genotypes to accumulate Na+ at root level and to restrict the entry of this ion to upper parts of the plant seemed to be one of the distinct features of salt tolerant genotypes.Salt tolerant genotypes of linseed expressed a genetic vigour to combat salinity stress by restricting Na+ entry at root level and by using this trait through biotechnology, plant breeders can produce salt tolerant...

Nosheen Noor Elahi1, Muhammad Shafique1, Muhammad Imtiaz2, Umer Farooq3* and Muhammad Rashid1 

...200 and 300mM NaCl). The biomass production of the varieties CM91 and CM98 increased at 20-100mM NaCl concentrations but drastically decreased at higher levels. While in varieties CM44 and CM2000 a gradual decrease of biomass with increasing salinity levels were observed. Number of pods, flowers and fresh weight of pods were not affected at salinity levels of 0-50mM and decreased at 100 mM NaCI in all the four varieties. In varieties CM91 and CM2000 nodules we...
Sheza Shehzadi1, Mohammad Umar Farooq2*, Rukhsana Kausar1, Ijaz Ali1*, Muhammad Arshad Ullah3 and Maqbool Shahbaz4
...s study is to assess the biomass production of mott grass and its capability to sequester Carbon from the environment in the barani areas of Pothwar region in Pakistan. The research study was conducted under rained condition in the field area of Rangeland Research Institute National Agricultural Research Centre Islamabad. In this regard an experimental plot of one acre area was established in the field area of RRI, NARC, Islamabad. Grass tuft of sized 15 cm wa...

Pakistan Journal of Agricultural Research


Vol. 35, Iss. 1, Pages 1-258


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