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fenugreek seeds

buto ng fenugreek

Last Update: 2014-09-02
Subject: General
Usage Frequency: 1
Quality:

Reference: Anonymous

Sesame seeds

Linga

Last Update: 2013-10-27
Usage Frequency: 4
Quality:

Reference:

Cumin seeds

Komino

Last Update: 2013-07-25
Usage Frequency: 1
Quality:

Reference:

Seed

Buto ng halaman

Last Update: 2015-06-02
Usage Frequency: 132
Quality:

Reference:

Seed

buto

Last Update: 2014-08-14
Usage Frequency: 1
Quality:

Reference:

Celery seed

Apyo

Last Update: 2013-08-30
Usage Frequency: 1
Quality:

Reference:

Seed-bearing

Spermatophyta

Last Update: 2013-01-22
Usage Frequency: 1
Quality:

Reference:

how the seeding

paano ang pagpupunla

Last Update: 2015-07-01
Subject: General
Usage Frequency: 1
Quality:

Reference:

what is seeding

asin

Last Update: 2015-04-30
Subject: General
Usage Frequency: 1
Quality:

Reference:

Thinking back on of all of the times we have let you down, it would be no surprise if we were at this service alone, yet, you are still here – shedding tears as we take this next step in our life, encouraging us to excel and move forward. It is because of God’s grace working through you, though, that we are here. Your sacrifices, faithful prayers, and patience gave us stepping stones to reach our goals. When we made wrong turns and bad decisions, you were right beside us, lifting up our heads, and lending a shoulder to cry on, if need be. You saw us as who we were to become and did not limit it us to just what could be seen on the outside. You have invested in us – financially, emotionally, physically, mentally, spiritually – in every way that one can pour themselves into another person, you have devoted yourself to us. You knew from the start that we would not be able to return in the same measure the love that you have for us, yet your compassion for us still runs deep, surpassing time, age, and wrongdoings. Thank you for guiding us and training us and shaping us in the way that we should go. Your seeds of encouragement have been planted and have already begun to grow. Thank you for your consistent faithfulness to us. You have been key players in our revelation of the love of our heavenly Father. Through you, He has given us a taste of His love for us. And through us, He has shown you a fraction of His remarkable love for you. In everything He does, He has a plan and His purposes never fail. As we close this door and open another, we want to thank you for your sacrifices, discipline, and love. These roses are a symbol of our gratitude and love for you. Your prayers and presence in our lives have changed us. Thank you.

QUERY LENGTH LIMIT EXCEDEED. MAX ALLOWED QUERY : 500 CHARS

Last Update: 2015-03-21
Subject: General
Usage Frequency: 1
Quality:

Reference:

Synonyms of seed

kasingkahulugan ng binhi

Last Update: 2015-02-21
Subject: General
Usage Frequency: 1
Quality:

Reference:

flax seed translate-to tagalog

flax seed isalin-to tagalog

Last Update: 2015-02-03
Subject: General
Usage Frequency: 1
Quality:

Reference:

seeding method steps

paraan ng pagpupunla mga hakbang

Last Update: 2015-01-27
Subject: General
Usage Frequency: 1
Quality:

Reference:

It All Started With A Packet of Seeds It all started with a packet of seeds, To be planted with tenderness and care, At the base of an Oak, free from all weeds. They will produce such beauty and flare. To be planted with tenderness and care, A cacophony of colorful flowers, They will produce such beauty and flare. With an aroma that can continue for hours. A cacophony of colorful flowers, Bright oranges with yellows and reds, With an aroma that can continue for hours, Delivered from their fresh flower beds. Bright oranges with yellows and reds, At the base of an oak, free from all weeds, Delivered from their fresh flower beds, At all started with a packet of seeds.

tagalog poems

Last Update: 2015-01-25
Subject: General
Usage Frequency: 1
Quality:

Reference:

budding plantWhat is Budding, Its Advantages and Basic Procedures Budding, oftenly called bud grafting, is an artificial method of asexual or vegetative propagation in plants. Like grafting, this method is employed to convert one plant (the rootstock) into another plant type with desirable characteristics. Similarly, the resulting plants in general have shortened stature and maturity as compared to plants propagated from seed. This method of plant propagation has the advantage of producing numerous clones from a single piece of stem or twig, each node being a potential source of one-budded scion. But in grafting, this same piece of stem may account for only a single scion. It is therefore advantageous where there is limited source of plant cuttings or scions for grafting. Likewise, the necessity of transporting bulky scions is eliminated. However, the clones produced take longer time to develop into the right sizes for outplanting than grafted seedlings. Various techniques are used, mostly applicable to young plants in active growth with stems in which the bark is easily separable from the wood. Basically, the procedure in budding consists of the following steps: 1. Preparation of the rootstock. Rootstocks about the size of an ordinary pencil (~0.8 cm) and up to ~1.5 cm in diameter are commonly used but there are no hard rules. Chip budding is applied in citrus ~1/2 cm in diameter while other methods can apply to rootstocks up to ~2.5 cm (1 in) or even thicker. Potted seedlings are widely used but, similar to grafting, established trees may be top-budded. The specific techniques used in preparing the portion of the stem where union is intended vary; 2. Preparation of the bark to be joined to the rootstock. This consists of a prominent axillary bud (a plant organ which serves as growing point) on a section of bark, with or without a small piece of wood attached. This piece of bark is often termed as either a bud patch, chip, or shield piece. They are also referred to as single-bud scions. Budsticks, small stems or twigs having multiple number of nodes from which the bud-containing barks are to be prepared, are obtained from well selected vigorous, disease-free mother plants having desirable characteristics and immediately defoliated. As in rootstocks, the preparation techniques are numerous; 3. Insertion of the prepared bark. The prepared patch, chip or shield piece is inserted into the part of the stem of the rootstock to replace the piece of bark that is removed or where cuts are made to allow union. Correct polarity should be observed, that is, the patch of bark is oriented upward. 4. Tying or wrapping. The stem-bud union is tied or wrapped to hold the components firmly together but generally leaving the growing point exposed. If also wrapped, it must be opened about 15 days later or at the time when the rootstock is cut back. There are various ready-to-use wrapping materials. A specialized wrapping strip made of rubber expands as the rootstock grows and naturally deteriorates after several weeks. But for practical usage, a thin, transparent polypropylene (PP) plastic bag can be cut into strips about 2-3 cm wide. These plastic strips have to be elastic and do not easily break when stretched; 5. Cut back of the rootstock. The rootstock must be decapitated, preferably with the use of a pruning shear, at the part of the stem immediately above the union to eliminate apical dominance. As a result, a new shoot will emerge from the growing point on the inserted bark which will then acquire apical dominance. Cut back is done when it becomes certain that there is union which may take 15 days or more. The inserted patch of bark will remain green or otherwise brownish depending on the natural color of the budstick. If union is not successful, it will turn black and rot; and 6. Care of clones. This involves activities that are normally performed to hasten rapid growth of nursery plants and trees. It also includes debudding and desuckering, the removal of offshoots that may emerge from the stem below the union. These are done to ensure that the propagated plants will exhibit only the characters of the mother plant. Likewise, wrapping materials that take time to deteriorate, like PP plastic strips, must be removed at the earliest time possible to prevent strangling effect. (Ben G. Bareja. November 2011) s example

What is Budding, Its Advantages and Basic Procedures Budding, oftenly called bud grafting, is an artificial method of asexual or vegetative propagation in plants. Like grafting, this method is employed to convert one plant (the rootstock) into another plant type with desirable characteristics. Similarly, the resulting plants in general have shortened stature and maturity as compared to plants propagated from seed. This method of plant propagation has the advantage of producing numerous clones from a single piece of stem or twig, each node being a potential source of one-budded scion. But in grafting, this same piece of stem may account for only a single scion. It is therefore advantageous where there is limited source of plant cuttings or scions for grafting. Likewise, the necessity of transporting bulky scions is eliminated. However, the clones produced take longer time to develop into the right sizes for outplanting than grafted seedlings. Various techniques are used, mostly applicable to young plants in active growth with stems in which the bark is easily separable from the wood. Basically, the procedure in budding consists of the following steps: 1. Preparation of the rootstock. Rootstocks about the size of an ordinary pencil (~0.8 cm) and up to ~1.5 cm in diameter are commonly used but there are no hard rules. Chip budding is applied in citrus ~1/2 cm in diameter while other methods can apply to rootstocks up to ~2.5 cm (1 in) or even thicker. Potted seedlings are widely used but, similar to grafting, established trees may be top-budded. The specific techniques used in preparing the portion of the stem where union is intended vary; 2. Preparation of the bark to be joined to the rootstock. This consists of a prominent axillary bud (a plant organ which serves as growing point) on a section of bark, with or without a small piece of wood attached. This piece of bark is often termed as either a bud patch, chip, or shield piece. They are also referred to as single-bud scions. Budsticks, small stems or twigs having multiple number of nodes from which the bud-containing barks are to be prepared, are obtained from well selected vigorous, disease-free mother plants having desirable characteristics and immediately defoliated. As in rootstocks, the preparation techniques are numerous; 3. Insertion of the prepared bark. The prepared patch, chip or shield piece is inserted into the part of the stem of the rootstock to replace the piece of bark that is removed or where cuts are made to allow union. Correct polarity should be observed, that is, the patch of bark is oriented upward. 4. Tying or wrapping. The stem-bud union is tied or wrapped to hold the components firmly together but generally leaving the growing point exposed. If also wrapped, it must be opened about 15 days later or at the time when the rootstock is cut back. There are various ready-to-use wrapping materials. A specialized wrapping strip made of rubber expands as the rootstock grows and naturally deteriorates after several weeks. But for practical usage, a thin, transparent polypropylene (PP) plastic bag can be cut into strips about 2-3 cm wide. These plastic strips have to be elastic and do not easily break when stretched; 5. Cut back of the rootstock. The rootstock must be decapitated, preferably with the use of a pruning shear, at the part of the stem immediately above the union to eliminate apical dominance. As a result, a new shoot will emerge from the growing point on the inserted bark which will then acquire apical dominance. Cut back is done when it becomes certain that there is union which may take 15 days or more. The inserted patch of bark will remain green or otherwise brownish depending on the natural color of the budstick. If union is not successful, it will turn black and rot; and 6. Care of clones. This involves activities that are normally performed to hasten rapid growth of nursery plants and trees. It also includes debudding and desuckering, the removal of offshoots that may emerge from the stem below the union. These are done to ensure that the propagated plants will exhibit only the characters of the mother plant. Likewise, wrapping materials that take time to deteriorate, like PP plastic strips, must be removed at the earliest time possible to prevent strangling effect. (Ben G. Bareja. November 2011)

Last Update: 2015-01-13
Subject: General
Usage Frequency: 6
Quality:

Reference:

budding plantWhat is Budding, Its Advantages and Basic Procedures Budding, oftenly called bud grafting, is an artificial method of asexual or vegetative propagation in plants. Like grafting, this method is employed to convert one plant (the rootstock) into another plant type with desirable characteristics. Similarly, the resulting plants in general have shortened stature and maturity as compared to plants propagated from seed. This method of plant propagation has the advantage of producing numerous clones from a single piece of stem or twig, each node being a potential source of one-budded scion. But in grafting, this same piece of stem may account for only a single scion. It is therefore advantageous where there is limited source of plant cuttings or scions for grafting. Likewise, the necessity of transporting bulky scions is eliminated. However, the clones produced take longer time to develop into the right sizes for outplanting than grafted seedlings. Various techniques are used, mostly applicable to young plants in active growth with stems in which the bark is easily separable from the wood. Basically, the procedure in budding consists of the following steps: 1. Preparation of the rootstock. Rootstocks about the size of an ordinary pencil (~0.8 cm) and up to ~1.5 cm in diameter are commonly used but there are no hard rules. Chip budding is applied in citrus ~1/2 cm in diameter while other methods can apply to rootstocks up to ~2.5 cm (1 in) or even thicker. Potted seedlings are widely used but, similar to grafting, established trees may be top-budded. The specific techniques used in preparing the portion of the stem where union is intended vary; 2. Preparation of the bark to be joined to the rootstock. This consists of a prominent axillary bud (a plant organ which serves as growing point) on a section of bark, with or without a small piece of wood attached. This piece of bark is often termed as either a bud patch, chip, or shield piece. They are also referred to as single-bud scions. Budsticks, small stems or twigs having multiple number of nodes from which the bud-containing barks are to be prepared, are obtained from well selected vigorous, disease-free mother plants having desirable characteristics and immediately defoliated. As in rootstocks, the preparation techniques are numerous; 3. Insertion of the prepared bark. The prepared patch, chip or shield piece is inserted into the part of the stem of the rootstock to replace the piece of bark that is removed or where cuts are made to allow union. Correct polarity should be observed, that is, the patch of bark is oriented upward. 4. Tying or wrapping. The stem-bud union is tied or wrapped to hold the components firmly together but generally leaving the growing point exposed. If also wrapped, it must be opened about 15 days later or at the time when the rootstock is cut back. There are various ready-to-use wrapping materials. A specialized wrapping strip made of rubber expands as the rootstock grows and naturally deteriorates after several weeks. But for practical usage, a thin, transparent polypropylene (PP) plastic bag can be cut into strips about 2-3 cm wide. These plastic strips have to be elastic and do not easily break when stretched; 5. Cut back of the rootstock. The rootstock must be decapitated, preferably with the use of a pruning shear, at the part of the stem immediately above the union to eliminate apical dominance. As a result, a new shoot will emerge from the growing point on the inserted bark which will then acquire apical dominance. Cut back is done when it becomes certain that there is union which may take 15 days or more. The inserted patch of bark will remain green or otherwise brownish depending on the natural color of the budstick. If union is not successful, it will turn black and rot; and 6. Care of clones. This involves activities that are normally performed to hasten rapid growth of nursery plants and trees. It also includes debudding and desuckering, the removal of offshoots that may emerge from the stem below the union. These are done to ensure that the propagated plants will exhibit only the characters of the mother plant. Likewise, wrapping materials that take time to deteriorate, like PP plastic strips, must be removed at the earliest time possible to prevent strangling effect. (Ben G. Bareja. November 2011) s example

namumuko halaman halimbawa

Last Update: 2015-01-13
Subject: General
Usage Frequency: 1
Quality:

Reference:

Ye that fear the LORD, praise him; all ye the seed of Jacob, glorify him; and fear him, all ye the seed of Israel.
Psalms 22.23

Kayong nangatatakot sa Panginoon ay magsipuri sa kaniya: kayong lahat na binhi ni Jacob ay lumuwalhati sa kaniya; at magsitayong may takot sa kaniya, kayong lahat na binhi ni Israel.
Psalms 22.23

Last Update: 2012-05-06
Subject: Religion
Usage Frequency: 1
Quality:

Reference: Bible

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