This study aims to test the viability and growth of mung bean (Vigna radiata) sprouts for 11 days. Mung beans were chosen as the object of research because of the ease of the germination process and high nutritional value. The methods used include preparing germination media with moistened opaque paper, as well as observing the parameters of normal, abnormal, and dead seeds. The results showed that in the first repetition, the number of normal sprouts reached 17 seeds with a germination power of 68%, while in the second repetition there were only 11 normal seeds. This study indicates that environmental conditions and proper treatment greatly affect seed viability. Thus, it is important to maintain optimal conditions to increase germination and plant growth results.

Seed plants or spermatophytes are divided into two, namely angiosperms (open seed plants) and gymnosperms (closed seed plants). These seeds are a means of generative development of spermatophytes. This research aims to observe the internal structure of the reproductive organs of seed plants and observe the phases of embryo development in seed plants.  The method used is observing the structure of internal plant organs and is supported by literature studies related to the research carried out. The objects of this research are lilies (Hippeastrum sp.), pine (Pinus merkusii), and preserved corn (Zea mays).

The study aims to determine the species of fish caught by bottom longline and the composition of the number of fish species. The implementation time was carried out on December 11, 2024 - January 11, 2025 at Brondong Port, Lamongan Regency. The method used in this study is the method eksperimental fishing by conducting direct observation of the catch of bottom longline fishing gear. then conducting direct observation of the number of tails and weight of the catch and conducting direct interviews with bottom longline fishermen who operate their longline fishing gear in the waters of Brondong. The results of the bottom longline catch during the research at PPN Brondong which was landed in December 2024, there were 4 types of species caught by the bottom longline fishing gear, namely the swordtail shark ( rhizoprionodon acutus), Manyung Fish (arius thalassinus), Flower Ray (Taeniura lymma) and Remang (congresox talabonoides).

With the rapid increase in global population and the ongoing depletion of agricultural land, food security faces an escalating threat. CRISPR genetic engineering technology offers immense potential to enhance crop resilience and productivity. However, its application raises significant ethical concerns, both from a bioethical perspective and within the framework of Islamic values. This article examines core principles of bioethics and Islamic ethics to explore the morally conscious integration of genetic technology. Through a comprehensive literature review, it underscores the necessity of a collaborative approach involving scientists, policymakers, and religious leaders to establish ethical guidelines for its responsible use. The findings highlight the critical need to strike a balance between technological innovation and the preservation of moral principles. By adhering to ethical standards rooted in both modern bioethics and Islamic teachings, genetic technologies such as CRISPR can be harnessed to address food security challenges by improving crop productivity and fortifying resistance to diseases and extreme environmental stressors, without compromising moral integrity.

Seed dormancy is one of the main factors that inhibit the process of germination and plant growth. This study aims to study the effectiveness of using gibberellic acid (GA3) in maintaining the dormancy of rice seeds (Oryza sativa L.) Mekongga variety to increase germination. In this study, Mekongga rice seeds that experienced dormancy were given GA3 treatment with various concentrations. 0.25 ppm, 0.50 ppm, and 0.75 ppm with 24- and 48-hour immersion. The parameters measured include germination percentage, maximum growing potential, dormancy intensity, and sprout length. This research uses a quantitative approach with experimental methods. This study was carried out using a factorial pattern Group Randomized Design (RAK), which consisted of two factors, namely four levels of soaking using three differences in GA3 concentration and one control (aquades) and two levels of seed immersion, namely 24 and 48 hours. The results showed that GA3 treatment in combination concentration treatment had an influence on observation parameters, and there was the best concentration, namely a concentration of 0.25 ppm in 48-hour soaking capable of producing the highest germination of 96.25%, maximum growth potential reaching 98.5% with a dormancy intensity value of 1.5%.

This study aims to evaluate the effect of grafting and budding techniques on the growth and success of avocado (Persea americana) plant propagation. Grafting and budding techniques are vegetative methods commonly used in horticultural plant propagation to maintain the genetic quality of the parent plant. The study was conducted using avocado plants with grafting and budding techniques on the rootstock. The parameters observed included the level of success of unification (compatibility rate), shoot growth rate, survival percentage, and growth in stem diameter and plant height during a certain period. The results showed that the grafting technique provided a higher success rate than the budding technique on certain varieties, with a survival percentage reaching 85%. However, the budding technique showed advantages in the parameter of shoot growth rate, especially on varieties with specific or better environmental adaptation. This study shows that choosing the right propagation technique, depending on the characteristics of the variety and environmental conditions, is a key factor in supporting the success of avocado plant propagation. These findings are expected to be a reference for farmers and researchers in optimizing the production of high-quality avocado seedlings.

Vegetative propagation is a crucial technique in horticultural cultivation aimed at improving plant quality and productivity. This study explores budding in citrus (Citrus spp.) and grafting in avocado (Persea americana Mill.) as methods of plant propagation. Budding involves attaching buds from superior varieties to compatible rootstocks, whereas grafting unites scions and rootstocks to obtain desirable traits. The research was conducted at the Horticulture Seed Center, observing the growth and success of plant unions. The results demonstrate that both techniques effectively enhance plant quality, with budding showing faster results in citrus and grafting improving avocado resilience to environmental conditions. This study provides guidance for farmers to select optimal propagation methods tailored to their plants' specific needs.

This study aims to analyze the dynamics of rice production in Tasikmalaya City during the period 2020 to 2025, as well as identify challenges and formulate relevant strategies in order to support national food self-sufficiency. The approach used is descriptive qualitative by utilizing secondary data from the Central Statistics Agency (BPS) and various policy documents and relevant scientific studies. The results of the study indicate that rice production in Tasikmalaya City experiences fluctuations influenced by natural factors, policies, and pressure on agricultural land. The main challenges faced include land conversion, limited technology, and farmer access to training and financing. To overcome this, the proposed strategy includes protecting agricultural land, increasing farmer capacity, and strengthening agricultural institutions and infrastructure. This study makes an important contribution to efforts to increase regional rice production in supporting national food security in a sustainable manner.

One of the most profitable agricultural commodities is eggplant. Eggplants also need to be large enough to be eaten as vegetables or vegetables. Eggplant farmers in Indonesia often experience crop failure problems due to excessive use of chemical fertilizers, which make the soil acidic and harmful to the environment. Efforts to help the growth and development of eggplants by using compost. The focus of the research is to determine the effectiveness of various compost fertilizers on the growth and production of eggplant plants. It was carried out from July-September 2023 in Sidorejo Village, Langsa Lama District, Langsa City. In this study, a Non-Factorial Group Random Design (RAK) was used. The observed factor is various compost fertilizers, which consist of 11 composts with 1 variety of Mustang F1 eggplant which is repeated 3 times. The results showed that the treatment of various types of compost fertilizers had a real effect on the plant height parameters of 15 HST and stem diameter of 45 HST. However, it had an insignificant effect on the parameters of average fruit weight, fruit weight, number of fruit planted, average fruit size and production per hectare at harvest time. The benefits of this research are improving the quality of soil fertility, plants becoming fertile, and improving plant quality and productivity. The best result was obtained from K8 (gamal leaf compost), but it was as good as K7 (petai leaf compost). The application of compost fertilizer is effective for all parameters of eggplant plants, except for the treatment of K5 (bagasse compost) because the average value is below 100%, the most effective compost fertilizer is obtained in the treatment of K8 (gamal leaf compost), but it is as good as K4 (straw compost) and K7 (petai leaf compost). To cultivate eggplant plants, it is recommended to use gamal leaf compost, straw compost, petai leaf compost.

This study aims to identify morphological and reproductive characters in Thallophyta and Bryophyta in UIN Sunan Gunung Djati Bandung. Bryophytes have high species diversity and are known as the second largest group of plants after flowering plants. They play an important role in maintaining ecosystems, especially water balance and nutrient cycles, and serve as bioindicators due to their sensitivity to environmental changes. The study was conducted by taking samples of leaf lichens and crustose lichens on various substrates such as rocks, soil, and trees, then observed using a stereo microscope and binocular microscope. The results showed that Thallophyta, such as crustose lichens, have unique morphological structures and can reproduce through ascospores, while Bryophyta, such as leaf mosses, have a life cycle that includes gametophyte and sporophyte stages. Reproduction in leaf mosses occurs sexually through the antheridium and archegonium, and asexually through stolon fragmentation. In addition to their ecological role, lichens also provide important habitat for a variety of organisms and help maintain the balance of tropical forest ecosystems. The adaptation of lichens to a wide range of environmental conditions allows them to survive in various substrates and extreme situations. This study provides new insights into the role of lichens in ecosystems and their potential applications for environmental conservation and restoration. The results of this study can serve as a basis for biodiversity conservation efforts and sustainable environmental management. Therefore, it is important to take appropriate conservation measures to preserve the vital role of lichens in ecosystems and the overall health of the environment.