Downloads & Free Reading Options - Results

We return from vacation to resume the meta soil project and the coco coir plants have been automatically watered using the setup seen in this video: https://youtu.be/7g1UAxwCAWg The soil pots with super soil and dry amendments were fed remotely using a push start feeder that is controlled using an app and the setup can be seen here: https://youtu.be/DRnbjdiXN6w All plants looked great upon return but they are definitely overgrowing the capacity of the tent and causing congestion. This could result in issues later on that may result in bud rot so we must defoliate the plants again and prune off all of the lower bud sites that are in the shade. All of these plants had about a quarter of the leaves removed and all of the lanky, floppy stems were chopped off as well. The inline fan was also increased to level 8 at all times and the plants look solid and are exactly where I want them to be in terms of structure and leaf coloring. The yellowing on the leaves seem to have disappeared with the addition of epsom salt for the coco slots. We are 2 weeks into flip and the plants seem to be doing real well. The Ranks that I would Place on them are as follows: 1. Coco for Cannabis - Undeniably larger and way more foliage than the other slots. 2. TPS Nutrients - Same as Coco for C and I think if there wasnt that hiccup in Epsiode 2, this might have been just as good. The top two spots are obvious and I am beginning to think this is becoming more of a Coco vs Soil test. There is no clear winner for soil, but 420 Scene is the tallest, but has the smallest leaves and thinnest stems. Great lakes is the shortest but has the nicest leaves. Canucks is average but has a nice girth to the stem and Buildasoil is average in height but is practically the same girth as 420's which is the lowest. We'll have to see what happens in the upcoming week. For MASTER LIST on Feed Schedule, Measurements, Supplies and Grow Equipment, goto https://www.howweedgrow.com/meta%20feed%20journal.pdf Equipment and Setup: 🎪Tent: https://amzn.to/3brC47y 💡 Light: https://amzn.to/3zLGtKP 💨 Inline Fan: https://amzn.to/3vyVZbt Smart Mode, trigger at 78 2 degree variance, off at 1, On at 4 Carbon Filter: https://amzn.to/3zPfkru Duct: https://amzn.to/3zrkXut TPS Nutrients Complete: https://tpsnutrients.com/?ref=qa3xqavsea Also use code HOWWEEDGROW for 10% off Links to my favorite youtubers featured in these videos: Mr Canucks Grows: https://www.youtube.com/c/MrCanucksGrowGuide Mr Canucks Grows Soil Breakdown Video: https://youtu.be/VRaJHUnKIPc 420 Scene: https://www.youtube.com/channel/UCBF8Ada4xtmfL1RoZdTakaw 420 Scene’s Soil Breakdown Video: https://youtu.be/jXd8M40axto BuildaSoil: https://www.youtube.com/c/BuildASoil BuildaSoil Breakdown Video: https://youtu.be/gJpCjqiTy8U Coco for Cannabis: https://www.youtube.com/c/DrMJCoco Coco for Cannabis Feed Breakdown Video: https://youtu.be/8MkfBlgXGtM TPS Nutrients: https://www.youtube.com/channel/UCcQutv4Q0OjoEylxaoSIpHA TPS Nutrient Feed Breakdown Video: https://youtu.be/IiJz29wVzFY Video Highlighting the best strain in my strain hunt featured in this series https://youtu.be/jH3iKflqLo4 Playlist featuring all videos from this project: https://youtube.com/playlist?list=PLJQAtl-KiXRJAFvGxfzckE-I3oI3cmFe6 📷 Instagram: https://www.instagram.com/growweedeasier ℹ️ More tutorials; https://www.howweedgrow.com/ 📅 Full My Proven Feed Schedule: https://www.howweedgrow.com/Howweedgrow%20Ultimate%20Chart%20Cheat%20Sheet.pdf PROOF: https://discord.gg/nwDXKeBV4g 💬 For questions, comments or to chat: https://discord.gg/zKG85AuQBj #supersoil #soiltest #howtogrowweed Source: https://www.youtube.com/watch?v=pO5NuEYcIzo Uploader: How Weed Grow at Home - Indoor Marijuana

We return from vacation to resume the meta soil project and the coco coir plants have been automatically watered using the setup seen in this video: https://youtu.be/7g1UAxwCAWg The soil pots with super soil and dry amendments were fed remotely using a push start feeder that is controlled using an app and the setup can be seen here: https://youtu.be/DRnbjdiXN6w All plants looked great upon return but they are definitely overgrowing the capacity of the tent and causing congestion. This could result in issues later on that may result in bud rot so we must defoliate the plants again and prune off all of the lower bud sites that are in the shade. All of these plants had about a quarter of the leaves removed and all of the lanky, floppy stems were chopped off as well. The inline fan was also increased to level 8 at all times and the plants look solid and are exactly where I want them to be in terms of structure and leaf coloring. The yellowing on the leaves seem to have disappeared with the addition of epsom salt for the coco slots. We are 2 weeks into flip and the plants seem to be doing real well. The Ranks that I would Place on them are as follows: 1. Coco for Cannabis - Undeniably larger and way more foliage than the other slots. 2. TPS Nutrients - Same as Coco for C and I think if there wasnt that hiccup in Epsiode 2, this might have been just as good. The top two spots are obvious and I am beginning to think this is becoming more of a Coco vs Soil test. There is no clear winner for soil, but 420 Scene is the tallest, but has the smallest leaves and thinnest stems. Great lakes is the shortest but has the nicest leaves. Canucks is average but has a nice girth to the stem and Buildasoil is average in height but is practically the same girth as 420's which is the lowest. We'll have to see what happens in the upcoming week. For MASTER LIST on Feed Schedule, Measurements, Supplies and Grow Equipment, goto https://www.howweedgrow.com/meta%20feed%20journal.pdf Equipment and Setup: 🎪Tent: https://amzn.to/3brC47y 💡 Light: https://amzn.to/3zLGtKP 💨 Inline Fan: https://amzn.to/3vyVZbt Smart Mode, trigger at 78 2 degree variance, off at 1, On at 4 Carbon Filter: https://amzn.to/3zPfkru Duct: https://amzn.to/3zrkXut TPS Nutrients Complete: https://tpsnutrients.com/?ref=qa3xqavsea Also use code HOWWEEDGROW for 10% off Links to my favorite youtubers featured in these videos: Mr Canucks Grows: https://www.youtube.com/c/MrCanucksGrowGuide Mr Canucks Grows Soil Breakdown Video: https://youtu.be/VRaJHUnKIPc 420 Scene: https://www.youtube.com/channel/UCBF8Ada4xtmfL1RoZdTakaw 420 Scene’s Soil Breakdown Video: https://youtu.be/jXd8M40axto BuildaSoil: https://www.youtube.com/c/BuildASoil BuildaSoil Breakdown Video: https://youtu.be/gJpCjqiTy8U Coco for Cannabis: https://www.youtube.com/c/DrMJCoco Coco for Cannabis Feed Breakdown Video: https://youtu.be/8MkfBlgXGtM TPS Nutrients: https://www.youtube.com/channel/UCcQutv4Q0OjoEylxaoSIpHA TPS Nutrient Feed Breakdown Video: https://youtu.be/IiJz29wVzFY Video Highlighting the best strain in my strain hunt featured in this series https://youtu.be/jH3iKflqLo4 Playlist featuring all videos from this project: https://youtube.com/playlist?list=PLJQAtl-KiXRJAFvGxfzckE-I3oI3cmFe6 📷 Instagram: https://www.instagram.com/growweedeasier ℹ️ More tutorials; https://www.howweedgrow.com/ 📅 Full My Proven Feed Schedule: https://www.howweedgrow.com/Howweedgrow%20Ultimate%20Chart%20Cheat%20Sheet.pdf PROOF: https://discord.gg/nwDXKeBV4g 💬 For questions, comments or to chat: https://discord.gg/zKG85AuQBj #supersoil #soiltest #howtogrowweed Source: https://www.youtube.com/watch?v=pO5NuEYcIzo Uploader: How Weed Grow at Home - Indoor Marijuana

We return from vacation to resume the meta soil project and the coco coir plants have been automatically watered using the setup seen in this video: https://youtu.be/7g1UAxwCAWg The soil pots with super soil and dry amendments were fed remotely using a push start feeder that is controlled using an app and the setup can be seen here: https://youtu.be/DRnbjdiXN6w All plants looked great upon return but they are definitely overgrowing the capacity of the tent and causing congestion. This could result in issues later on that may result in bud rot so we must defoliate the plants again and prune off all of the lower bud sites that are in the shade. All of these plants had about a quarter of the leaves removed and all of the lanky, floppy stems were chopped off as well. The inline fan was also increased to level 8 at all times and the plants look solid and are exactly where I want them to be in terms of structure and leaf coloring. The yellowing on the leaves seem to have disappeared with the addition of epsom salt for the coco slots. We are 2 weeks into flip and the plants seem to be doing real well. The Ranks that I would Place on them are as follows: 1. Coco for Cannabis - Undeniably larger and way more foliage than the other slots. 2. TPS Nutrients - Same as Coco for C and I think if there wasnt that hiccup in Epsiode 2, this might have been just as good. The top two spots are obvious and I am beginning to think this is becoming more of a Coco vs Soil test. There is no clear winner for soil, but 420 Scene is the tallest, but has the smallest leaves and thinnest stems. Great lakes is the shortest but has the nicest leaves. Canucks is average but has a nice girth to the stem and Buildasoil is average in height but is practically the same girth as 420's which is the lowest. We'll have to see what happens in the upcoming week. For MASTER LIST on Feed Schedule, Measurements, Supplies and Grow Equipment, goto https://www.howweedgrow.com/meta%20feed%20journal.pdf Equipment and Setup: 🎪Tent: https://amzn.to/3brC47y 💡 Light: https://amzn.to/3zLGtKP 💨 Inline Fan: https://amzn.to/3vyVZbt Smart Mode, trigger at 78 2 degree variance, off at 1, On at 4 Carbon Filter: https://amzn.to/3zPfkru Duct: https://amzn.to/3zrkXut TPS Nutrients Complete: https://tpsnutrients.com/?ref=qa3xqavsea Also use code HOWWEEDGROW for 10% off Links to my favorite youtubers featured in these videos: Mr Canucks Grows: https://www.youtube.com/c/MrCanucksGrowGuide Mr Canucks Grows Soil Breakdown Video: https://youtu.be/VRaJHUnKIPc 420 Scene: https://www.youtube.com/channel/UCBF8Ada4xtmfL1RoZdTakaw 420 Scene’s Soil Breakdown Video: https://youtu.be/jXd8M40axto BuildaSoil: https://www.youtube.com/c/BuildASoil BuildaSoil Breakdown Video: https://youtu.be/gJpCjqiTy8U Coco for Cannabis: https://www.youtube.com/c/DrMJCoco Coco for Cannabis Feed Breakdown Video: https://youtu.be/8MkfBlgXGtM TPS Nutrients: https://www.youtube.com/channel/UCcQutv4Q0OjoEylxaoSIpHA TPS Nutrient Feed Breakdown Video: https://youtu.be/IiJz29wVzFY Video Highlighting the best strain in my strain hunt featured in this series https://youtu.be/jH3iKflqLo4 Playlist featuring all videos from this project: https://youtube.com/playlist?list=PLJQAtl-KiXRJAFvGxfzckE-I3oI3cmFe6 📷 Instagram: https://www.instagram.com/growweedeasier ℹ️ More tutorials; https://www.howweedgrow.com/ 📅 Full My Proven Feed Schedule: https://www.howweedgrow.com/Howweedgrow%20Ultimate%20Chart%20Cheat%20Sheet.pdf PROOF: https://discord.gg/nwDXKeBV4g 💬 For questions, comments or to chat: https://discord.gg/zKG85AuQBj #supersoil #soiltest #howtogrowweed Source: https://www.youtube.com/watch?v=pO5NuEYcIzo Uploader: How Weed Grow at Home - Indoor Marijuana

We return from vacation to resume the meta soil project and the coco coir plants have been automatically watered using the setup seen in this video: https://youtu.be/7g1UAxwCAWg The soil pots with super soil and dry amendments were fed remotely using a push start feeder that is controlled using an app and the setup can be seen here: https://youtu.be/DRnbjdiXN6w All plants looked great upon return but they are definitely overgrowing the capacity of the tent and causing congestion. This could result in issues later on that may result in bud rot so we must defoliate the plants again and prune off all of the lower bud sites that are in the shade. All of these plants had about a quarter of the leaves removed and all of the lanky, floppy stems were chopped off as well. The inline fan was also increased to level 8 at all times and the plants look solid and are exactly where I want them to be in terms of structure and leaf coloring. The yellowing on the leaves seem to have disappeared with the addition of epsom salt for the coco slots. We are 2 weeks into flip and the plants seem to be doing real well. The Ranks that I would Place on them are as follows: 1. Coco for Cannabis - Undeniably larger and way more foliage than the other slots. 2. TPS Nutrients - Same as Coco for C and I think if there wasnt that hiccup in Epsiode 2, this might have been just as good. The top two spots are obvious and I am beginning to think this is becoming more of a Coco vs Soil test. There is no clear winner for soil, but 420 Scene is the tallest, but has the smallest leaves and thinnest stems. Great lakes is the shortest but has the nicest leaves. Canucks is average but has a nice girth to the stem and Buildasoil is average in height but is practically the same girth as 420's which is the lowest. We'll have to see what happens in the upcoming week. For MASTER LIST on Feed Schedule, Measurements, Supplies and Grow Equipment, goto https://www.howweedgrow.com/meta%20feed%20journal.pdf Equipment and Setup: 🎪Tent: https://amzn.to/3brC47y 💡 Light: https://amzn.to/3zLGtKP 💨 Inline Fan: https://amzn.to/3vyVZbt Smart Mode, trigger at 78 2 degree variance, off at 1, On at 4 Carbon Filter: https://amzn.to/3zPfkru Duct: https://amzn.to/3zrkXut TPS Nutrients Complete: https://tpsnutrients.com/?ref=qa3xqavsea Also use code HOWWEEDGROW for 10% off Links to my favorite youtubers featured in these videos: Mr Canucks Grows: https://www.youtube.com/c/MrCanucksGrowGuide Mr Canucks Grows Soil Breakdown Video: https://youtu.be/VRaJHUnKIPc 420 Scene: https://www.youtube.com/channel/UCBF8Ada4xtmfL1RoZdTakaw 420 Scene’s Soil Breakdown Video: https://youtu.be/jXd8M40axto BuildaSoil: https://www.youtube.com/c/BuildASoil BuildaSoil Breakdown Video: https://youtu.be/gJpCjqiTy8U Coco for Cannabis: https://www.youtube.com/c/DrMJCoco Coco for Cannabis Feed Breakdown Video: https://youtu.be/8MkfBlgXGtM TPS Nutrients: https://www.youtube.com/channel/UCcQutv4Q0OjoEylxaoSIpHA TPS Nutrient Feed Breakdown Video: https://youtu.be/IiJz29wVzFY Video Highlighting the best strain in my strain hunt featured in this series https://youtu.be/jH3iKflqLo4 Playlist featuring all videos from this project: https://youtube.com/playlist?list=PLJQAtl-KiXRJAFvGxfzckE-I3oI3cmFe6 📷 Instagram: https://www.instagram.com/growweedeasier ℹ️ More tutorials; https://www.howweedgrow.com/ 📅 Full My Proven Feed Schedule: https://www.howweedgrow.com/Howweedgrow%20Ultimate%20Chart%20Cheat%20Sheet.pdf PROOF: https://discord.gg/nwDXKeBV4g 💬 For questions, comments or to chat: https://discord.gg/zKG85AuQBj #supersoil #soiltest #howtogrowweed Source: https://www.youtube.com/watch?v=pO5NuEYcIzo Uploader: How Weed Grow at Home - Indoor Marijuana

We return from vacation to resume the meta soil project and the coco coir plants have been automatically watered using the setup seen in this video: https://youtu.be/7g1UAxwCAWg The soil pots with super soil and dry amendments were fed remotely using a push start feeder that is controlled using an app and the setup can be seen here: https://youtu.be/DRnbjdiXN6w All plants looked great upon return but they are definitely overgrowing the capacity of the tent and causing congestion. This could result in issues later on that may result in bud rot so we must defoliate the plants again and prune off all of the lower bud sites that are in the shade. All of these plants had about a quarter of the leaves removed and all of the lanky, floppy stems were chopped off as well. The inline fan was also increased to level 8 at all times and the plants look solid and are exactly where I want them to be in terms of structure and leaf coloring. The yellowing on the leaves seem to have disappeared with the addition of epsom salt for the coco slots. We are 2 weeks into flip and the plants seem to be doing real well. The Ranks that I would Place on them are as follows: 1. Coco for Cannabis - Undeniably larger and way more foliage than the other slots. 2. TPS Nutrients - Same as Coco for C and I think if there wasnt that hiccup in Epsiode 2, this might have been just as good. The top two spots are obvious and I am beginning to think this is becoming more of a Coco vs Soil test. There is no clear winner for soil, but 420 Scene is the tallest, but has the smallest leaves and thinnest stems. Great lakes is the shortest but has the nicest leaves. Canucks is average but has a nice girth to the stem and Buildasoil is average in height but is practically the same girth as 420's which is the lowest. We'll have to see what happens in the upcoming week. For MASTER LIST on Feed Schedule, Measurements, Supplies and Grow Equipment, goto https://www.howweedgrow.com/meta%20feed%20journal.pdf Equipment and Setup: 🎪Tent: https://amzn.to/3brC47y 💡 Light: https://amzn.to/3zLGtKP 💨 Inline Fan: https://amzn.to/3vyVZbt Smart Mode, trigger at 78 2 degree variance, off at 1, On at 4 Carbon Filter: https://amzn.to/3zPfkru Duct: https://amzn.to/3zrkXut TPS Nutrients Complete: https://tpsnutrients.com/?ref=qa3xqavsea Also use code HOWWEEDGROW for 10% off Links to my favorite youtubers featured in these videos: Mr Canucks Grows: https://www.youtube.com/c/MrCanucksGrowGuide Mr Canucks Grows Soil Breakdown Video: https://youtu.be/VRaJHUnKIPc 420 Scene: https://www.youtube.com/channel/UCBF8Ada4xtmfL1RoZdTakaw 420 Scene’s Soil Breakdown Video: https://youtu.be/jXd8M40axto BuildaSoil: https://www.youtube.com/c/BuildASoil BuildaSoil Breakdown Video: https://youtu.be/gJpCjqiTy8U Coco for Cannabis: https://www.youtube.com/c/DrMJCoco Coco for Cannabis Feed Breakdown Video: https://youtu.be/8MkfBlgXGtM TPS Nutrients: https://www.youtube.com/channel/UCcQutv4Q0OjoEylxaoSIpHA TPS Nutrient Feed Breakdown Video: https://youtu.be/IiJz29wVzFY Video Highlighting the best strain in my strain hunt featured in this series https://youtu.be/jH3iKflqLo4 Playlist featuring all videos from this project: https://youtube.com/playlist?list=PLJQAtl-KiXRJAFvGxfzckE-I3oI3cmFe6 📷 Instagram: https://www.instagram.com/growweedeasier ℹ️ More tutorials; https://www.howweedgrow.com/ 📅 Full My Proven Feed Schedule: https://www.howweedgrow.com/Howweedgrow%20Ultimate%20Chart%20Cheat%20Sheet.pdf PROOF: https://discord.gg/nwDXKeBV4g 💬 For questions, comments or to chat: https://discord.gg/zKG85AuQBj #supersoil #soiltest #howtogrowweed Source: https://www.youtube.com/watch?v=pO5NuEYcIzo Uploader: How Weed Grow at Home - Indoor Marijuana

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

The report contains observations on the 'heat defoliation' which sets in during extreme summer heat and simultaneous great dryness of the ground. The commonest form of heat defoliation is characterized by the fact that as a rule it is not the foliage situated on the extreme periphery of the treetop, and thus most abundant-struck by the sun's rays, but the foliage lying deeper in the treetop, which, however; must always be struck by the direct (parallel) sunlight, which 'burns up' and falls off.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.

Defoliation by western spruce budworm, Choristoneura occidentalis, Freeman, occurred again on the Boise and Payette National Forests and intermingled lands in 1977 (Knopf 1977a, 1977b). Infested acreages totaled 777,202, which included 239,000 acres within the Primitive Area. An expanded western spruce budworm impact evaluation was conducted in 1977 to provide data for an Environmental Impact Statement. Personnel from the Intermountain Region, USDA Forest Service, and the Idaho Department of Lands conducted the field phase. Forest Insect and Disease Management, USDA Forest Service, Missoula, provided assistance in survey design, data management, and analysis.