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Evaluation of Triple Hybrids of Tomato Crop (Lycopersicon esculantum. Mill) Derived from Individual Hybrids and Some Pure line 番茄三合种的评价。从个别杂交种和一些纯种衍生而来
Pub Date : 2023-06-30 DOI: 10.52951/dasj.23150103
Aziz Mahdi Abd Al-Shammari, Abdul Rasool Hamed Hussain Al Obaidi
The study was during which the seeds of triple hybrids were produced by deriving individual hybrids by introducing 6 strains into the half-diallel cross- breeding program, resulting 15 genotypes. In the second season the hybrid seeds were planted Individuals with two strains for the purpose of developing triple hybrids. During the third season, all 48 genotypes were planted according to the randomized complete block design with three replications, service operations were conducted for the crop from irrigation, fertilization, weeding and control whenever needed. The result showed that the triple hybrid (3×1) b was significantly superior to all genotypes for the plant height reached 140.66 cm, and for the number of leaves per plant, the triple hybrid (2×1) b had the highest number of leaves over all the genotypes, which scored 137.9 leaf-1. For the number of fruits and plant yield, the triple hybrid (6×5) a showed significant superiority over all the genotypes within the experiment by recording 43.20 fruits of the plant-1 and 7.921 kg of the plant-1, respectively and the superiority of the triple hybrids (6×2) b and (5×4) a significantly over the rest of the compounds with the highest percentage of carbohydrates amounting to 10.363% and 10.325%, respectively, while the hybrids (6×5) a, (3×2) a, (3×1) a and (5×4) a recorded the highest Significant values of sugars were 16.993%, 16.880%, 16.833% and 16.813%, respectively.
本研究将6个品系引入半双列杂交育种,得到15个基因型,获得了三联体杂交种的种子。在第二季,将杂交种子与两个品系一起种植,以形成三重杂交。第三季,所有48个基因型均按3个重复的随机完全区组设计种植,根据需要对作物进行灌溉、施肥、除草和防治等服务操作。结果表明,三联杂交(3×1) b株高达140.66 cm,显著优于所有基因型;单株叶片数方面,三联杂交(2×1) b的叶片数最高,达到137.9叶-1。在果数和单株产量方面,三联杂交种(6×5) a的果数和单株产量分别为43.20个和7.921 kg,显著优于试验中所有基因型;三联杂交种(6×2) b和(5×4) a的碳水化合物含量分别为10.363%和10.325%,显著优于其余碳水化合物含量最高的化合物;(3×1) a和(5×4) a中糖的显著值最高,分别为16.993%、16.880%、16.833%和16.813%。
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引用次数: 0
esponse of Wonderful Pomegranate Cutting to Foliar Application of Humic Acid and Different Growth Medium 叶面施用腐植酸和不同生长介质对神奇石榴扦插的影响
Pub Date : 2023-06-30 DOI: 10.52951/dasj.23150101
Sazan Fathi Sharif, Ali Muhi Aldeen Omar Aljabary, Gulala M. A. Saeed, Goran S. Tofiq
The present study was conducted to evaluate the effect of different growing mediums {sand, peat moss, and mix (sand + peat moss 1:1 v/v)} and spraying with 0,100 and 150 mg L-1 of humic acid on vegetative and root parameters of “Wonderful” pomegranate hardwood cuttings at Bakrejo nursery station, Sulaimania city, Iraq in 2021. They were planted in polyethylene black bags on 15-3-2021. Using randomized complete block design within the factorial experiments with three blocks. The results indicated that leaves, roots and shoots number, root wet weight, and root length were increased significantly in peat moss medium. Cuttings grown in a mixed medium showed a significant increase of leaf growth including leaf area, leaf dry weight, and chlorophyll content. In addition, spraying with 100 mgL-1 of humic acid caused a significant increase in the root characteristics, and shoot number compared to the control. Furthermore, the maximum root growth was recorded in the interaction between peat moss medium and applying 100 mgL-1 of humic acid compared to other treatments
本研究于2021年在伊拉克苏莱马尼亚市Bakrejo苗圃站,评价了不同生长介质{砂、泥炭苔藓和混合(砂+泥炭苔藓1:1 v/v)}和施用0,100和150 mg L-1腐植酸对“奇妙”石榴硬木插枝营养和根系参数的影响。它们于2021年3月15日被种植在聚乙烯黑色袋子里。在三组的析因试验中采用随机完全区组设计。结果表明,在泥炭苔藓培养基中,叶片、根冠数、根湿重和根长均显著增加。在混合培养基中生长的插条叶片生长显著增加,包括叶面积、叶干重和叶绿素含量。另外,与对照相比,施用100 mg -1的腐植酸可显著提高根系特征和芽数。此外,与其他处理相比,施用100 mg -1腐植酸的泥炭苔藓培养基的根系生长最大
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引用次数: 0
Utilization of banana puree fermented by Lactobacillus acidophilus LA5 and Bifidobacterium lactis BB12 for the manufacture of synbiotic ice cream 利用嗜酸乳杆菌LA5和乳酸双歧杆菌BB12发酵香蕉泥生产合成冰淇淋
Pub Date : 2023-06-30 DOI: 10.52951/dasj.23150105
Abdullah Ismaeel Awad, Amer Hussein Hamdan Alzobaay
In this study, manufacturing synbiotic ice cream is containing fermented banana puree by Lactobacillus acidophilus LA5 and Bifidobacterium (Bif) lactis BB12 and probiotic ice cream containing fermented skim milk by the same bacteria under the same conditions. The Viability of probiotic starters, pH and sensorial properties were tested during the storage period, in addition to the overrun. Synbiotic ice cream showed high bacterial count for both species of probiotics, especially Ice.4 treatment (ice cream containing 10% fermented banana puree with same couple strains) which was 7.54 and 7.59 logarithmic (log) colony- forming unit (CFU)/ gram (g) for Lactobacillus (Lb). Acidophilus LA5 and Bif. lactis BB12, respectively, pH registered 5.7, sensorial attributes recorded 84% and overrun reached 78% compared to others trials that inoculated with 5% of the same puree or ice cream with fermented skim milk with (5,10) % or control treatment (without starters).
本研究采用嗜酸乳杆菌LA5和双歧杆菌(biif)乳酸BB12生产发酵香蕉泥合成冰淇淋,采用相同的细菌在相同的条件下生产发酵脱脂乳益生菌冰淇淋。在贮藏期间,测定了益生菌发酵剂的活力、pH值和感官特性,并进行了超量试验。合成冰淇淋中两种益生菌的细菌数量都很高,特别是冰4处理(含有10%发酵香蕉泥和相同菌株的冰淇淋),乳酸菌(Lb)的对数集落形成单位(CFU)/克(g)分别为7.54和7.59。嗜酸菌LA5和Bif。乳酸菌BB12的pH值分别为5.7,感官属性记录为84%,与其他试验相比,接种5%相同的泥或冰淇淋与发酵脱脂牛奶(5,10)%或对照处理(不含发酵剂)相比,过量率达到78%。
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引用次数: 0
The Harmful Effects of Pesticides on the Environment and Human Health: A Review 农药对环境和人体健康的危害研究进展
Pub Date : 2023-06-30 DOI: 10.52951/dasj.23150112
Israa Mahmood Ali
The population inflation that countries are witnessing during this century, makes it imperative to provide sufficient quantities of agricultural products to meet their urgent needs. Therefore, it became very necessary to use pesticides to improve agricultural crop productivity and reduce losses resulting from agricultural pests. The indiscriminate use of pesticides causes severe risks not only on agricultural fields, but also workers in their manufacturing processes and individual use in homes and institutions. The main adverse effects of utilizing pesticides on human health, soil, microorganisms of soil, surface water and groundwater have been covered in this review. This investigation is aiming to elevate environmental awareness, highlight the serious harms of pesticides and provide guidance for implementing a serious solution from the people and authorities. In addition, the most important strategies to reduce the pesticides risks have been summarized.
各国在本世纪所目睹的人口膨胀,使得必须提供足够数量的农产品来满足它们的迫切需要。因此,使用农药来提高农作物生产力和减少农业害虫造成的损失变得非常必要。不分青红皂白地使用农药不仅对农田造成严重风险,而且对生产过程中的工人以及家庭和机构中的个人使用造成严重风险。本文综述了农药使用对人体健康、土壤、土壤微生物、地表水和地下水的主要不良影响。这项调查旨在提高环保意识,突出农药的严重危害,并为人民和当局实施严肃的解决方案提供指导。此外,还总结了降低农药风险的重要策略。
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引用次数: 0
GENETIC DIVERSITY AMONG COTTON (GOSSYPIUM HIRSUTUM L.) GERMPLASM FOR YIELD AND FIBRE TRAITS UNDER ARID CLIMATIC CONDITION 棉花(棉)的遗传多样性干旱气候条件下产量和纤维性状的种质资源
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.187
Shoaib Liaqat, Abdul Latif Khan Tipu, Ghayour Ahmad, Saeed Ahmed, Saba Merrium, Muhammad Rafiq Shahid, Javed Iqbal, Zahida Noreen, Muhammad Ihsan Ullah, Abrar Ahmed, Wajiha Zafar
Climate change has drastically affected the performance of several agricultural crops. Cotton is an important fibre crop which is severely influenced by the climate change in recent years Presence of genetic variability among germplasm is a key source for selecting the genotypes that are more adapted to the agro-climatic conditions with respect to yield and fibre related traits. For this purpose, 180 cotton genotypes were sown under augmented design with recommended management practices. Data for the morphological, yield and fibre traits viz plant height (PH), CLCuD(%),bolls per plant, boll weight (g), yield/ plant (g), GOT (%), staple length (mm), mike (ug/inch), staple strength (g/tex) were recorded and analysed. The results of variance analysis revealed that significant variability was observed among genotypes for all the traits under study. PCA biplot showed that 26% variability was observed in PC1 and 15.5% in PC2. Genotypes no. 30 was found with distant yield and fibre characteristics. Through cluster analysis, total 180 cotton genotypes were grouped into nine different clusters. Group 7 and group 8 consist of 15 and 03 genotypes respectively. Genotypes among these two groups represent the higher CLCuD resistance, maximum yield per plant with better fibre traits. Phenotypic evaluation of cotton genotypes for different morphological, yield and fibre traits provide the basis for exploitation of best performing genotypes in the future breeding programme.
气候变化极大地影响了几种农作物的产量。棉花是近年来受气候变化影响严重的重要纤维作物,种质间的遗传变异是选择产量和纤维相关性状更适应农业气候条件的基因型的重要来源。为此,采用增强型设计和推荐的管理方法播种了180个棉花基因型。记录和分析了形态、产量和纤维性状的数据,即株高(PH)、CLCuD(%)、单株铃数、铃重(g)、单株产量(g)、GOT(%)、短纤维长度(mm)、麦克(ug/inch)、短纤维强度(g/tex)。方差分析结果表明,所有性状的基因型间均存在显著的变异。PCA双标图显示PC1的变异性为26%,PC2的变异性为15.5%。基因型。30株具有较远的产量和纤维特性。通过聚类分析,将180个棉花基因型分为9个不同的聚类。第7组和第8组分别有15和03个基因型。两组的基因型均表现出较高的抗CLCuD能力,单株产量最高,纤维性状较好。对不同形态、产量和纤维性状的棉花基因型进行表型评价,为今后棉花育种计划中最佳基因型的开发提供依据。
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引用次数: 0
EVALUATION OF EMERGENCE AND GROWTH RESPONSE OF CYPERUS ROTUNDUS AS INFLUENCED BY SOWING DEPTHS AND WATER REGIMES 播深和水分状况对圆沙草出苗和生长响应的影响
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.229
J. Iqbal, Muhammad Sohail Saddiq, Muhammad Hassaan Javaid, Saqib Bashir, Muhammad Faisal, Yasir Ramzan, Muhammad Hammad Raza
Cyperus rotundus is rapidly growing plant can quickly form dense colonies through the extensive underground system of tuber and rhizomes. It is highly competitive for resources and causes a significant yield reduction in field crops. The nonchemical method has recently been practiced to control this noxious weed species. The current study was conducted to determine the effect of sowing depths (4, 8, 12, and 16 cm) and water regimes (deficit irrigation, medium irrigation, and frequent irrigation treatments) on C. rotundus shoot growth and underground growth of tubers in pots soil. Weed emergence, i.e., mean emergence time (MET), emergence index (EI), final emergence percentage (FEP), and shoot growth traits i.e. shoot density, shoot fresh weight, shoot dry weight, and tuber growth traits i.e. tuber density, tuber weight, root density, and root weight were recorded under the completely randomized (CRD) factorial design.  The greatest suppression of C. rotundus emergence and growth was found at 16 cm sowing depth. The mean emergence time (MET) of C. rotundus was increased by increasing the sowing depth. Minimum value of shoot densty (9.5 g) and tuber density (15.75 g) were recorded at 16 cm sowing depth under deficit irrigation treatment respectively.While shoot and tuber desnity traits were also drastically suppressed by increasing sowing depth at the deficit irrigation level. It is concluded that sowing depths and deficit irrigation methods can be included as a reliable approach for controlling purple nutsedge shoot and tuber growth.
圆草是一种快速生长的植物,可以通过块茎和根茎的广泛地下系统迅速形成密集的菌落。它对资源的竞争非常激烈,并导致大田作物的产量显著下降。近年来,非化学方法已被用于控制这种有害杂草。本研究旨在确定不同的播种深度(4、8、12和16 cm)和不同的灌溉方式(亏缺灌溉、中等灌溉和频繁灌溉)对盆土中圆茎草茎部生长和块茎地下生长的影响。采用完全随机(CRD)析因设计,记录杂草出苗率,即平均出苗期(MET)、出苗期指数(EI)、最终出苗率(FEP)、茎部生长性状(茎密度、茎鲜重、茎干重)和块茎生长性状(块茎密度、块茎重、根密度、根重)。16 cm播深处对圆轮菊出苗和生长的抑制作用最大。随着播种深度的增加,圆草的平均出苗期增加。亏缺灌溉处理在16 cm播深处的茎密度最小值为9.5 g,块茎密度最小值为15.75 g。在亏缺灌溉水平下,增加播深也能显著抑制茎部和块茎的命运性状。结果表明,深播和亏缺灌溉可作为控制紫苣苔茎部和块茎生长的可靠方法。
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引用次数: 0
ANTIBIOTIC RESISTANCE AND MOLECULAR DETECTION OF nuc AND mecA GENES OF STAPHYLOCOCCUS AUREUS ISOLATED FROM MASTITIC MILK 乳乳金黄色葡萄球菌的抗生素耐药性及nuc和mecA基因的分子检测
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.235
Narmeen Tariq, Muhammad Tariq Javed, Aftab Ahmad Anjum, Hafza Zahira Manzoor, Muhammad Hunain Ahmed, Aira Tariq, Sami Ullah Khan Bahadur
The emergence of methicillin resistant Staphylococcus aureus (MRSA) is mainly due to the presence of resistant genes. The objective of this study is to perform antibiotic susceptibility profiling and molecular detection of nuc and mecA genes of Staphylococcus aureus isolated from mastitic milk. A total of 105 milk samples were collected from dairy farms in the Faisalabad region. They were cultured on Staph-110 media and mannitol salt agar. Biochemical tests included catalase and coagulase, were also performed for the identification of Staphylococcus aureus. Antibiotic susceptibility profiling of MRSA was done by disc diffusion method and molecular screening of Staphylococcus aureus for the detection of nuc and mecA genes was done by using PCR. Selected 8 antibiotics based on previous history being commonly used in dairy practices. The prevalence of Staphylococcus aureus observed by PCR was 58.09%. Oxacillin (1µg) and vancomycin (30µg) showed 100% resistance, while enrofloxacin (5µg), amoxicillin (25µg), ampicillin (10µg), oxytetracycline (1µg), gentamycin (10µg) and tylosin (30µg) showed 1.64, 55.74, 73.77, 13.11, 1.64 and 11.74% resistance, respectively. Susceptibility percentages of enrofloxacin (5µg), amoxicillin (25µg), ampicillin (10µg), oxytetracycline (1µg), gentamycin (10µg) and tylosin (30µg) were 27.87, 37.70, 14.75, 19.67, 98.36 and 9.84%, respectively. Enrofloxacin (5µg), amoxicillin (25µg), ampicillin (10µg), oxytetracycline (1µg) and tylosin (30µg) showed 70.49, 6.56, 11.47, 67.21 and 78.69% intermediate resistance against MRSA. Among the mastitic cases, 58.09% were positive for Staphylococcus aureus. These isolates were susceptible to gentamycin in 98.36% and tylosin in 78.69% cases, so these antibiotics can be used for the treatment of mastitis. 
耐甲氧西林金黄色葡萄球菌(MRSA)的出现主要是由于耐药基因的存在。本研究的目的是对从乳乳中分离的金黄色葡萄球菌进行抗生素敏感性分析和nuc和mecA基因的分子检测。从费萨拉巴德地区的奶牛场共收集了105份牛奶样本。在Staph-110培养基和甘露醇盐琼脂培养基上培养。对金黄色葡萄球菌进行了过氧化氢酶和凝固酶的生化检测。采用圆盘扩散法对MRSA进行药敏分析,采用PCR对金黄色葡萄球菌进行nuc和mecA基因的分子筛选。根据以往在乳制品实践中常用的历史选择8种抗生素。金黄色葡萄球菌PCR检出率为58.09%。奥西林(1µg)和万古霉素(30µg)的耐药率为100%,恩诺沙星(5µg)、阿莫西林(25µg)、氨苄西林(10µg)、土霉素(1µg)、庆大霉素(10µg)和泰乐新(30µg)的耐药率分别为1.64%、55.74%、73.77%、13.11%、1.64%和11.74%。对恩诺沙星(5µg)、阿莫西林(25µg)、氨苄西林(10µg)、土霉素(1µg)、庆大霉素(10µg)和泰洛星(30µg)的敏感性分别为27.87、37.70、14.75、19.67、98.36和9.84%。恩诺沙星(5µg)、阿莫西林(25µg)、氨苄西林(10µg)、土霉素(1µg)和泰络素(30µg)对MRSA的中间耐药率分别为70.49%、6.56%、11.47%、67.21%和78.69%。乳腺炎病例中金黄色葡萄球菌阳性占58.09%。这些分离株对庆大霉素和泰洛菌素的敏感性分别为98.36%和78.69%,可用于治疗乳腺炎。
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引用次数: 0
ANALYSIS OF GRAPE LEAF DISEASE BY USING DEEP CONVOLUTIONAL NEURAL NETWORK 基于深度卷积神经网络的葡萄叶片病害分析
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.242
Muhammad Azam Zia, Ayesha Akram, Imran Mumtaz, Muhammad Asim Saleem, Muhammad Asif
Smart agriculture is a strategy for restructuring and reorganizing agricultural systems to ensure food security in the face of emerging climate change challenges. Diseases cause problems on agricultural development and yield and they're generally tough to control. It is necessary to have a precise diagnosis of the grape leaf diseases and preventative measures before time. In order to diagnose grape leaf diseases, this research suggests a novel recognition method that is based on enhanced convolutional neural networks. Firstly; addressed the grape leaf disease types into four categories such as Esca, black rot, Leaf Blight, and healthy which cause loss for grape industry every year. A large dataset of labeled images is collected and prepared for training. The images are typically pre-processed to enhance their features and remove any noise or artifacts that might interfere with the CNN's ability to recognize patterns. Data collection, data pre-processing, and image categorization are the three main phases of the study's approach. Secondly; Images are classified and mapped to their respective disease categories on the basis of three features namely, color and texture. Extensive experiments performed on MATLAB using CNN model AlexNet. The CNN training process used learning rate 0.0001 which produced better results and obtained better accuracy. Overall, an accurate diagnosis of grape leaf diseases and the implementation of effective preventative measures will help to reduce the impact of diseases on agricultural development and yield. This will help to ensure a sustainable and profitable grape production industry for farmers and communities.
智慧农业是一项调整和重组农业系统的战略,以确保在面临新出现的气候变化挑战时的粮食安全。疾病会给农业发展和产量带来问题,而且通常很难控制。对葡萄叶片病害进行准确的诊断并及时采取防治措施是十分必要的。为了诊断葡萄叶片病害,本研究提出了一种基于增强卷积神经网络的葡萄叶片病害识别方法。首先;将每年给葡萄产业造成损失的葡萄叶病类型分为埃斯卡病、黑腐病、叶枯病和健康病四大类。收集标记图像的大型数据集并准备用于训练。这些图像通常经过预处理,以增强其特征,并去除可能干扰CNN识别模式能力的任何噪声或人工制品。数据收集、数据预处理和图像分类是该研究方法的三个主要阶段。其次;根据颜色和纹理三个特征对图像进行分类并映射到各自的疾病类别。在MATLAB上使用CNN模型AlexNet进行了大量实验。CNN的训练过程使用学习率为0.0001,产生了更好的结果,获得了更好的准确率。总体而言,准确诊断葡萄叶片病害并实施有效的预防措施将有助于减少病害对农业发展和产量的影响。这将有助于确保葡萄种植业对农民和社区的可持续发展和盈利。
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引用次数: 0
A COMPARATIVE STUDY OF DEEP LEARNING TECHNIQUES FOR BOLL ROT DISEASE DETECTION IN COTTON CROPS 深度学习技术在棉花腐坏病检测中的比较研究
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.253
Anjum Ali, Muhammad Azam Zia, Muhammad Ahsan Latif, Sukana Zulfqar, Muhammad Asim
Early detection of plant diseases helps to prevent loss of productivity and overcomes the shortcomings of continuous human monitoring. To solve these problems, many researchers have already completed their work to identify the diseases automatically, rapidly, and with greater accuracy using deep learning methods. This research combines deep learning with agriculture by developing a system for identifying cotton boll rot. We used two states of art pre-trained models SSD with MobileNet-V2 and Faster R-CNN with Inception -V2, which can locate boll rot attacks in cotton crops. It will be determined how much damage our crops have sustained. The trained model achieved 65% and 89% accuracy, respectively. The accuracy results for disease identification demonstrated that the deep network model is prospective and can significantly influence effective disease identification. It may also have the potential for disease detection in real-world agricultural systems of interest, region proposal networks, convolutional neural networks; deep neural networks; bounding boxes; support vector machines.
植物病害的早期发现有助于防止生产力损失,并克服持续人工监测的缺点。为了解决这些问题,许多研究人员已经完成了使用深度学习方法自动、快速、更准确地识别疾病的工作。本研究将深度学习与农业相结合,开发了一个识别棉铃腐病的系统。我们使用了两种最先进的预训练模型,分别是使用MobileNet-V2的SSD和使用Inception -V2的Faster R-CNN,它们可以定位棉花作物中的铃腐病。这将取决于我们的农作物遭受了多大的破坏。训练后的模型分别达到65%和89%的准确率。疾病识别的准确性结果表明,深度网络模型是有前景的,可以显著影响疾病的有效识别。它也有可能用于实际农业系统的疾病检测,区域建议网络,卷积神经网络;深度神经网络;边界框;支持向量机。
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引用次数: 0
SOIL PHYSICO CHEMICAL PROPERTIES, WHEAT GRAIN YIELD AND ECONOMICS OF POPULUS DELTOIDES BASED AGRO FORESTRY SYSTEM 三角杨农林系统土壤理化性质、小麦产量及经济效益研究
Pub Date : 2023-04-30 DOI: 10.56520/asj.v5i1.251
Khayyam Anjum, Shahid Hafeez, Junaid Naseer, Hafiz Masood Ahmad, Talha Faridi, Muhammad Ayyoub Tanvir, Mehwish Kanwal
The research was carried out to determine the effect of Populus deltoides trees on the soil physical and chemical properties and grain yield of wheat crop under the agro ecological conditions of Faisalabad (Punjab), Pakistan. Two fields were selected; one with wheat monoculture and the other had boundary trees of Populus deltoides. The average age of the s Populus trees was 5 years. Number of trees was 40 per acre. The average height and diameter at breast height of trees was 12 meters and 42.43 cm respectively. The wheat crop was sown in October, 2020 in both fields and harvested in April, 2021. A quadrate of one meter square was used to collect the data. The quadrate was put at various distances (2-24 meter) from tree stems and the plants growing there were harvested. The grain yield (gm-2) per quadrate was determined with the help of an electric weighing balance. The soil samples were selected from both fields and various chemical and physical properties of soil were determined. The soil pH was 7.32 and 7.95 in wheat monoculture and  Populus+wheat field respectively. Total nitrogen was 0.05 and 0.08%in both fields respectively as mentioned above. Organic matter was 0.64 and 0.81 in wheat monoculture and Populus based field respectively. The effect of Populus trees on grain yield of wheat was negative form 2m to 10 meter distance from trees. While from 12m to 24 m distance, wheat grain yield was more or less equal in both fields i.e. with and without trees. Net income was Rs. 67437.69 and Rs. 104781.03 per acre without and with trees, respectively. On the basis of this research, it is concluded that wheat + Poplar is more suitable option for farmers. So farmers should adopt this system to generate more money while keeping the inputs same.
在巴基斯坦旁遮普省费萨拉巴德(Faisalabad)农业生态条件下,研究了三叶杨(Populus deltoides)对小麦作物土壤理化性质和产量的影响。选择了两个字段;一种为小麦单作,另一种为三角杨树。5株杨树的平均树龄为5年。树木的数量是每英亩40棵。平均树高为12米,胸径为42.43 cm。该小麦作物于2020年10月播种,并于2021年4月收获。采集数据时使用了一个一米见方的方尺。场地被放置在离树干不同距离的地方(2-24米),种植在那里的植物被收获。在电称秤的帮助下,测定了每方的籽粒产量(克-2)。从两个大田中选取土壤样品,测定土壤的各种化学和物理性质。单作小麦和杨树+麦田土壤pH值分别为7.32和7.95。如上所述,两地全氮含量分别为0.05和0.08%。单作小麦和杨树基田的有机质含量分别为0.64和0.81。杨树对小麦籽粒产量的影响在距树2m ~ 10 m范围内呈负相关。而在12m ~ 24m范围内,有树和无树的小麦产量基本相等。净收入分别为每英亩67437.69卢比和每英亩104781.03卢比。在此基础上,得出小麦+杨树是农户更适宜的选择。因此,农民应该采用这种制度,在保持投入不变的情况下,赚更多的钱。
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Diyala Agricultural Sciences Journal
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